102003
GE Industrial Solutions
GE Energy
Industrial Solutions
Industrial Solutions (formerly Power Protection),
a division of GE Energy, is a first class European
supplier of low and medium voltage products
including wiring devices, residential and
industrial electrical distribution components,
automation products, enclosures and switchboards.
Demand for the company’s products comes from
wholesalers, installers, panelboard builders,
contractors, OEMs and utilities worldwide.
@
EntelliGuard™ - Power Circuit Breaker
www.ge.com/uk/industrialsolutions
www.ge.com/ex/industrialsolutions
Ed. 02
GE Energy Industrial Solutions Ltd
Houghton Centre
Salthouse Road
Blackmills
Northampton
NN4 7EX
United Kingdom
Customer Service UK
Tel. 0800 587 1239
Fax 0800 587 1251
e-mail: order.consind@ge.com
General Electric International, Inc
1101, City Tower 2, Sheikh Zayed Road
P.O. Box 11549, Dubai
United Arab Emirates
Tel. +9714 313 1202
GE Energy
Industrial Solutions
New
™
EntelliGuard
Power Circuit Breaker
Uncompromising, Fast & Selective
Customer Service MEA
Tel. +361 447 6046
Fax +361 447 5060
e-mail: mea.export .consind@ge.com
GE imagination at work
GE imagination at work
680867
Ref. I/3288/G/G 3.0 Ed. 09/11
© Copyright GE Industrial Solutions 2011
Ed. 02
EntelliGuard™
2
Product Identification
3
Features
9
Total Solution
10
Performance Ratings
The breaker
Intro
Order Codes
A
Electronic Trip Units
B
Breaker Accessories
C
Application Guide
D
Wiring Diagrams
E
Dimensions
F
Numerical index
X
1
EntelliGuard™
Product Identification
Power Circuit Breaker Front Facia
1
2
3
Power Circuit Breaker
4
5
6
7
8
9
10
➊
Installed Accessory Indicators
Electronic Trip Unit
Manual Charging Handle
ON and OFF Buttons
Contact Position Indicatior
Ready to Close Indicator
Spring charged Indicator
Operation Counter
Prevision for Key Lock
Global Catalogue Number
➌
➋
➍
➍
➏ ➎
➒
EntelliGuard™
GG20H1XXGXXX2XX03
Intro
➑ ➐
➓
Power Circuit Breaker label
1
A
2
3
4
B
5
6
7
8
C
Product Type
Bar code with Manufacturing data
Colour Code indicating Interruption Tier
Voltage Ratings
Current Ratings
Certification & Standards
Short-circuit Interruption data
Manufacturing Date
➊
➍
➎
➐
D
SET UP
E
➊
Advanced Electronic Trip Unit
METER
1
STATUS
F
EVENTS
➌
X
➋
➍
2
3
4
2
Main Screen with the following choices:
Setup
Allows adjustment of values and setting of
all Parameters
Meter
Full measurement values are displayed
Status
Breaker and Trip Unit position
Events
History of Trip’s with indication of fault
reason and level and access to the
Waveform Capture function
Cursor driven setting system
Manual or Automatic Reset Choice
Full Range Rating Plug
➏
➑ ➌
➋
EntelliGuard™
Power Circuit breakers
Uncompromising Fast & Selective
Features
Intro
A
B
EntelliGuard™ Power Circuit Breakers are a new line of Air
Circuit Breakers evolved from the existing M-PACT & ME07
types to offer a truly global product platform meeting IEC,
ANSI and UL standards.
A line of Three and Four pole devices ranging from 400 to
6400Amp in three basic envelopes with fault interruption
ratings of up to 150kAmps. A design offering a unique
combination of High Fault current withstand ratings, short
fault interruption time and selectivity.
The device includes the new state-of-the-art EntelliGuard™
trip unit that enables the circuit breaker with the latest
technology for system safety, reliability, measurement,
relaying and communications using the Modbus or
Profibus protocol.
C
D
Contents
Hi-Performance Complete Line
E
Selective and Fast
Uncompromising
F
State of the Art Protection
The Global Trip Unit
X
Easy to use & Flexible
Installation options
Common, Field Mountable
Accessories
A Full Solution for
Low Voltage Distribution
Catalogue Content
This catalogue only refers to the IEC versions of the EntelliGuard™
Power Circuit Breaker. For the ANSI and UL variants of the same
design please contact GE Industrial Solutions Plainville CT U.S.A.
3
EntelliGuard™
Hi-Performance: Complete Line
Hi-Performance: Complete Line
Power Circuit Breaker
The EntelliGuard™ range of Power Circuit breakers encompasses a line of
Three and Four pole Air Circuit Breakers with Nominal Currents ranging
from 400 to 6400Amp in three basic envelopes.
All Power Circuit Breakers are designed to allow multiple interruptions of
fault currents. Here the tested and certified Service Breaking capacity
value is in all cases equal to the stated Ultimate Breaking Capacity.
Envelope 1 can be used in networks with voltages up to 1000V and can
be acquired with current ratings from 400 to 2000Amps at 50°C.
This type is available in interruption ratings (Ics=Icu) of 50 and 65kA.
A version suitable for DC applications is available.
Envelope 2 can be used in networks with voltages up to 1000V and can
be acquired with current ratings from 400 to 4000Amps at 50°C.
This type is available in interruption ratings (Ics=Icu) of 50, 65, 85 and
100kA. A version suitable for DC applications is available.
150
150
140
140
130
130
120
120
110
110
100
100
90
90
80
80
70
70
60
60
50
50
40
40
30
30
20
20
10
10
00
Intro
A
B
Available
Interruption tiers
Envelope
2000A
lcu=lcs
C
S
Envelope 3 can be used in networks with voltages up to 1000V and can
be acquired with current ratings from 3200 to 6400Amps at 50°C.
This type is available in interruption ratings (Ics=Icu) of 100 and 150kA.
A version suitable for DC applications is available.
Envelope
4000A
lcu=lcs
N
Envelope
6400A
lcu=lcs
L
M
H
8000
D
Hi-Performance: Current Ratings in Enclosures
7000
6000
One of the most important user parameters is not the nominal rating
of an ‘Air Circuit Breaker’ in free air but its current Rating within a panel
or enclosure.
5000
E
4000
Current
Stroom
3000
F
2000
1000
40°C
50°C
55°C
60°C
65°C
Ambient
temperature
Omgevingstemperatuur
Bouwgrootte
Envelope 3 3
Bouwgrootte
2 dubbele
Envelope 2, dual
clustercluster
Bouwgrootte
2 enkele
cluster
Envelope 2, single
cluster
Bouwgrootte
Envelope 1 1
X
70°C
Breakers ‘enclosed ratings’ are determined by the heat dissipation
produced by the device and its ability to carry current at the
temperature within the enclosure.
EntelliGuard™ Power Circuit breakers have been designed with low Power
dissipation values and allow relatively high currents at high
ambient temperatures. This is applicable for breakers in the fixed and
Draw-out Pattern as indicated in the graph insert.
For extreme cases a special dual cluster draw-out version of an
envelope 2 breaker is available allowing a very limited derating when the
breaker is used at high ambient temperatures within an enclosure.
Standard Draw-out
Construction
‘Single Cluster’
4
‘Limited de-rating’
Draw-out Construction
‘Dual Cluster’
EntelliGuard™
Selective, Fast & Uncompromising
EntelliGuard GT Electronic Trip Unit
10000
Time Current Curve
Breaker In =2500A
Ir =2160A
LT
- Device
ST
- Device
I
- Device
HSIOC -Device
2h
Selective & Fast
1000
EntelliGuard™ has been designed to offer an uncompromising
combination of a fast interruption at high fault levels attaining
values of 40 Milliseconds or less whilst maintaining selectivity.
1
100
Power Circuit Breakers are designed to remain closed on a fault.
This for at a user settable time value when the fault level lies within
the range of the Short Time Delayed protection device AND for
15 Milliseconds when the fault level attains the Instantaneous
protection range value.
10
1
Tripping
Time
Seconds
Tripping
Time
In In
Seconds
(s) (s)
Speed WHEN needed ... Warrantied selectivity elsewhere
The simplest, standard, Electronic Trip Unit, has a broad range of
timed bands at all overcurrent levels. Thus attaining selectivity
between closely rated devices and across multiple distribution levels.
This strongly simplifies and economizes installation design.
2
0,1
0,01
3
Features
This Instantaneous device includes programming that in normal
circumstances waits until the downstream breaker trips.
4
The depicted curves only indicate the Full Clearing time
1000
10000
100000
Currentinin
Amps
Current
Amps
]
1.
2.
3.
4.
Intro
Overload Protection (LT) with 44 bands
Timed Short-circuit Protection (STD) with 17 bands
Selective Instantaneous Protection (I)
Hi-Speed trip (HSIOC)
A
Uncompromising ... Reliability
B
EntelliGuard™ has been designed as a Modern ‘Power Circuit Breaker’
without neglecting its and GE’s heritage of more than
50 years in building Air Circuit Breakers.
C
These Power Circuit Breakers uncompromisingly combine the
properties of the older M-PACT 1 and 2, ME07 and Wavepro lines with
modern state of the art technology.
D
The result: a device that with a proven Electrical and Mechanical life
span independent of its operation mode. Be it manual, electrical or by
means of the installed Shunt and/or Undervoltage releases.
E
F
Uncompromising ... Safety
STDB
17 timing options
from 90 to 1000
milliseconds
0,1
X
Iselective
Trips within
50-60 milliseconds
Seconds (s)
In order to protect Service Personnel against the hazards of Short
Circuits whilst working on a Power Distribution system EntelliGuard™
Power Circuit breakers can be equipped with a so called RELT switch
input.
This allows the breaker to be switched to its lowest Short-circuit
settings on service, thus limiting the hazards concerned.
IRELT
Trips within
40-50 milliseconds
The RELT switch input (with feedback) is available on the breaker
auxiliary terminals or can be accessed through the
communication bus.
IHI Speed
Trips within
40 milliseconds
0,01
1000
10000
100000
Amps
5
EntelliGuard™
Protection with
State of the Art Trip Units
State of the Art Electronic Trip Unit
Power Circuit Breaker
All EntelliGuard™ Power Circuit Breakers are equipped with a digital electronic trip unit, available in four basic versions: E, S, N and H. Each has
a common design that comes with a screen providing an ammeter and
allowing a simple and accurate menu-driven adjustment of the breaker
parameters across a broad current range.
All functionality is menu-driven accessed by using 4 setting and one enter key thus allowing a fast and accurate setting of the device. The user
can set the device to an automatic or manual reset after a fault.
After inserting the rating plug, the device can be adjusted and the
installed options set. As this normally occurs when the installation is not
powered up, the use of the separately available TESTER with Power Pack
is advised.
Main adjustment Options
EntelliGuard GT Electronic Trip Unit
10000
LT-LTD protection
Each device has an overload of settings or LT setting range of 0,2 to
1 times with a choice of more than 60 setting points. The Overload device
has 44 time band settings allowing one to configure this device for
almost any perceivable application.
LT Protection
0.2 -1 x In
Intro
1000
A
100
LTD 44 bands
10
ST-STD protection
A time delayed Short-circuit protection is installed with an adjustment
range of 2 to 12 times the set LT current values. The Short-circuit
interruption time can be set, at one of 17 bands ranging from
90 Milliseconds to 1 second.
ST Protection
2- 12 x Ir
B
STD 17 bands
1
I protection
A switchable instantaneous protection can be optionally installed. This
device is adjustable from 2 to 15 or 30 times the rating of the breaker and
is programmed to wait for downstream devices to trip before reacting.
With/Without I2T
TrippingTime
TimeInInSeconds
Seconds
Tripping
(s)(s)
C
D
E
I Protection
2-15 x In
0,1
Other protection features
A host of other protection devices as LT-B & LT-C, RELT, GF sum & GF
source return plus the optional use of energy curves are available (see
section B of this catalogue).
0,01
0,001
1000
10000
100000
x Current
CurrentininAmps
Amps
]
F
SET UP
X
METER
SET
UP
VOLTAGE
STATUS
L1L2EVENTS
L3-
6
REAL
SET
UP
POWER
PHA/L1
SET
UP
CURRENT
700kW
PHA/L1PHB/L2APPR
350A
SET
UP
POWER
300A
PHB/L2PHA/L1
PHC/L3300A
750kVA
320A
PHC/L3PHB/L2
320A
480kVA
PHC/L3
220kVA
Measurement, Relaying & Communication
The EntelliGuard™ Trip Unit has been envisaged to provide the user with
more. Optionally a full network measurement device can be installed on
the device. Relays can be included to trip the breaker on Voltage
Unbalance, Current Unbalance, Power reversal etc.
The device can be equipped with Communication for use with the
Modbus or Profibus protocol whilst events as Overload, Short-circuit and
Groundfaults can be tracked. Optionally the user can portray a Shortcircuit event through the Wave Form Capture option.
Plug ‘n Play
Electronic Trip Units are normally supplied factory fitted. However spares
are available that plug into the breaker, automatically read the main
breaker data and adjust themselves automatically to the breaker type.
This option can be used to allow Field replacement or Upgrades of
existing Trip Units OR can allow the user to acquire Breakers in kit form
and customize them locally.
EntelliGuard™
Power Circuit Breakers
Easy to Install & Versatile
Stan
Depdt ard
h
Easy to Install
EntelliGuard™ Power Circuit Breakers are available in a Fixed and
Draw-out Pattern. Each pattern offering the highest possible current
rating when enclosed in a panel or equipment.
Standard Heigth
Independent of the number of poles, rated current or interruption
rating, each of the two patterns has a common height, depth and cut-out
dimension. This strongly simplifying the design of panels and equipment
in which these devices are used(1).
Features
The basic breaker width has been optimized to allow for space to connect
in- and outgoing bus bars and cables. Both Fixed and Draw-out Power
Circuit Breaker types are supplied with rear connections suitable for Rear
Access Horizontal busbar connection.
The breakers are installed by using easily accessible mounting brackets,
the drilling pattern of which exactly matches that of the previous
M-PACT line(2).
All accessories are wired out to an easy to access 39 or 78 pole terminal
strip mounted on the breaker top. These terminals are amply sized to
allow the use of up to 2,5 mm2 cabling and can be used with standard
connection materials or AMP type plug connectors.
Intro
A
C
A
Flexible ... Kit Form
B
A Power Circuit Breaker is normally supplied completely fitted OFF works.
However the unique modular construction and field mountable Trip Unit
and Accessories option can be used to acquire a breaker in kit form and
to customize the device locally(3).
C
D
Flexible ... Connections
Besides the standard horizontal connection options multiple other
options are available.
B
E
Power Circuit Breakers supplied in a fixed pattern can be optionally
supplied with Rear Vertical connections or Front access connections(4).
F
The Cassettes of the Breakers in Draw-out pattern are supplied with T or
L stubs suitable for Horizontal Bubar connection. However these stubs
can be rotated 90 degrees allowing the user to change the cassette
connection option from Horizontal to Vertical Busbars.
A 2nd cassette version is available allowing Front access Connection(4).
A Standard Horizontal Rear Connections
B Mounting Bracket
C Terminal strip
X
(1) The width does vary
(2) Except the new reduced size envelope 3 type
(3) With GE training
(4) Maximum 4000Amps
7
EntelliGuard™
Common Field Mountable Accessories
Power Circuit Breaker
Common Internal Accessories
A large range of internal accessories as Electrical Operators (1), up to four
Shunt Releases, Closing Coils or Undervoltage releases, Interlock Coils,
Auxiliary and Alarm contacts, Carriage switches, Coil indication contacts
and Breaker status switches are available.
The Power Circuit Breaker front Facia includes ‘Pop up’ indicators that
provide the user with an overview as to which accessories are installed in
the device.
Each of these devices can be acquired factory fitted or is available in a
field mountable execution. The design is common to all three envelopes.
Intro
A
➎
1
B
2
3
4
C
5
6
Electrical Operator
Bell Alarm Switch
A max of 4 Closing Coils, Shunt or
Undervoltage releases
Electronic Trip Unit
A maximum of 8 Auxiliary Switches
Ready to close or Spring Charged
contact
➋
➍
➌
➌
➍
➊
➊
➏
D
E
Common External Accessories
Multiple common external accessories are available, a full overview of
which can be found in section C of this catalogue.
F
On the left the Key lock and breaker interlock options are portrayed.
Here up to four Ronis, Profalux or Castell locks can be used to lock the
breaker, and up to two Ronis or Profalux locks to lock the draw-out
breaker in its cassette.
X
Optionally groups of two or three Power Circuit Breakers in Fixed
or Draw-out pattern can be interlocked. This in several different
configurations, allowing the user to build an incoming power supply
of multiple breakers to his own requirements.
All Interlocks and Locking devices are only supplied factory fitted,
the associated locks and cables are Field mountable.
(1) Electrical Operator design is equivalent, however 1 type exists for envelope 1 and
1 for envelope 2 & 3
8
EntelliGuard™
Power Circuit Breakers
Part of a total solution
Using world class design and development tools like Six Sigma, computer
simulation and Lean Manufacturing, the EntelliGuard™ is intended to
meet and exceed the most stringent quality and safety standards.
At GE we are proud to offer a product that will offer years of reliable and
dependable protection.
GE‘s name is synonymous with a broad range of products designed to
meet our customer’s changing and competitive environment. Our drive to
exceed our customer’s expectations is the foundation for continual
renewal of our commitment to provide innovative low voltage solutions.
Total Solution
The new EntelliGuard™ and the existing Elfa Plus, Record Plus and Surion
breaker and starter lines offer a full line of high-performance protection
devices.
They provide a fully co-ordinated approach to circuit and device
protection for use in the Domestic, Commercial and Industrial
environment.
GE‘s new lines meet the latest technical standards and regulations and
have been certified by authorities as Lovag, the KEMA and Lloyd’s.
The components in these lines have been designed to be an integral
part of a solution. A complete low voltage distribution and control range
including components, accessories and the distribution and controls
equipment they fit into.
Intro
A
B
C
D
E
F
X
9
EntelliGuard™
EN 60947-2 standard
Power Circuit Breaker type
Air Circuit Breaker denomination
Poles
Rated insulation voltage
Rated impulse withstand voltage
Rated operational voltage Ue
Power Circuit Breaker
Category of use
Suitable for use as an isolator
Rated current In
Ultimate breaking capacity Icu (kA)
Service breaking capacity Ics (kA)
Short-circuit withstand Icw (kA)
Short-circuit Making current Icm 220-500V AC
Short-circuit Making current Icm 690V AC
Mechanical endurance
Electrical endurance
(CO operations at 440V AC)
Ultimate breaking capacity Icu (kA)
= Service breaking capacity Ics (kA) DC L/R
= 15ms (nr. of poles in series) (1)
Single phase breaking capacity IIT (kA)
Intro
Electronic Trip Units (1)
GT -E type with Ammeter
GT -S type with Ammeter, optional communication
GT -N type with Measurement, optional communication
GT -H type with Measurement & Relaying,
optional communication
A
GG04
H
E
M
3, 4
1000
1250 1000 1250
12
690
1000 690 1000
750
750
B
YES
400
50
65
85
85
100
50
65
65
85
100
40
50
65
85
85
35
50
50
65
85
85
100
50
65
65
85
100
40
50
65
85
85
35
50
50
65
65
85
85
40
50
50
50
50
105 143 187 187 220
84
105 143 187 187
20000
20000
12500
10000
10000
10000
50
65
35
50
20
35
20
30
32,5
50
GG07
H
E
M
3, 4
1000
1250 1000 1250
12
690
1000 690 1000
750
750
B
YES
630
50
65
85
85
100
50
65
65
85
100
40
50
65
85
85
35
50
50
65
85
85
100
50
65
65
85
100
40
50
65
85
85
35
50
50
65
65
85
85
40
50
50
50
50
105 143 187 187 220
84
105 143 187 187
20000
20000
12500
10000
10000
10000
50
65
35
50
20
35
20
30
32,5
50
GG08
H
E
M
3, 4
1000
1250 1000 1250
12
690
1000 690 1000
750
750
B
YES
800
50
65
85
85
100
50
65
65
85
100
40
50
65
85
85
35
50
50
65
85
85
100
50
65
65
85
100
40
50
65
85
85
35
50
50
65
65
85
85
40
50
50
50
50
105 143 187 187 220
84
105 143 187 187
20000
20000
12500
10000
10000
10000
50
65
35
50
20
35
20
30
32,5
50
X
X
X
X
X
X
X
X
X
X
X
X
GJ04
Non Auto
GJ07
Non Auto
GJ08
Non Auto
S
Number of
Ui (Volts)
Uimp (Kilovolt)
Volts AC
Volts DC
Positive ON & OFF
A at 50°C
230/240V-440V AC
500V AC
690V AC
1000V AC (4)
230/240V-440V AC
500V AC
690V AC
1000V AC (4)
1 second
3 seconds
kA Peak
kA Peak
With Maintenance
Without Maintenance
Without Maintenance
250V DC 1 pole(1)
500V DC 2 poles(1)
750V DC 3 poles(1)
1000V DC 3 poles(1)
230/240-690V AC
N
LT & ST, - GF
LT, ST, I or HI - GF
LT, ST, I or HI, RELT GF, ZSI
LT or LT+, ST, I or HI, RELT
GFsum or GFct., ZSI
S
N
S
N
EN 60947-3 standard
Power Circuit Breaker type
B
Isolator denomination
Poles
Rated insulation voltage
Rated impulse withstand voltage
C
Rated operational voltage Ue
Category of use
Suitable for use as a isolator
Rated current In
D
Short-circuit withstand Icw (kA)
Short-circuit Making current Icm 220-500V AC
E
Mechanical endurance (CO operations at 440V AC)
Electrical endurance
(CO operations at 440V AC)
S
Number of
Ui (Volts)
Uimp (Kilovolt)
Volts AC
Volts DC
Positive ON & OFF
A at 50°C
1 second
3 seconds
kA Peak
With Maintenance
Without Maintenance
Without Maintenance
N
3, 4
1000 1000
12
690 690
B
YES
400
50
65
40
50
88,2 143
20000
12500
10000
M
S
N
3, 4
3, 4
1250 1000 1000
12
12
1000 690 690
750
B
B
YES
YES
400
630
85
50
65
50
40
50
187 88,2 143
20000
20000
10000
12500
10000
10000
M
S
N
3, 4
3, 4
1250 1000 1000
12
12
1000 690 690
750
B
B
YES
YES
630
800
85
50
65
50
40
50
187 88,2 143
20000
20000
10000
12500
10000
10000
M
3, 4
1250
12
1000
750
B
YES
800
85
50
187
20000
10000
10000
Installation
F
Fixed Pattern
Dimensions in mm
X
Available connection modes
Weights in Kg
Height
Width 3 pole
Width 4 pole
Depth (2)
Rear Horizontal
Rear Vertical
Front
3 pole
4 pole
442
342
442
328
X
X
X
43
54
442
432
562
328
X
X
X
53
68
442
342
442
328
X
X
X
43
54
442
432
562
328
X
X
X
53
68
442
342
442
328
X
X
X
43
54
442
432
562
328
X
X
X
53
68
Height
Width 3 pole
Width 4 pole
Depth (2)
Rear Universal (3)
Front
3 pole
4 pole
444
343
443
453
X
X
82
100
444
443
573
453
X
X
131
164
444
343
443
453
X
X
82
100
444
443
573
453
X
X
131
164
444
343
443
453
X
X
82
100
444
443
573
453
X
X
131
164
Draw-out pattern
Dimensions in mm
Available connection modes
Weights in Kg
(1)
(2)
(3)
(4)
10
For dc applications a special trip unit is required
With horizontal rear connections; indicated depth value is the required panel dimension
T stubs can be rotated and used for both vertical & horizontal rear connection
For use at 1000V phase seperators are required
EntelliGuard™
S
N
1000
690
65
65
50
50
50
40
65
65
50
50
40
105
84
65
50
143
105
20000
12500
10000
50
35
20
20
32,5
E
M
1000
1250
1000
690
1000
750
690
85
85
85
100
100
85
50
85
100
85
100
85
85
50
85
85
50
50
187
220
187
187
20000
10000
10000
65
50
35
30
50
S
N
50
50
40
65
65
50
50
50
40
65
65
50
50
40
105
84
65
50
143
105
20000
12500
10000
GG13
H
3, 4
1250
12
1000
750
B
YES
1250
85
65
65
35
85
65
65
35
65
50
187
143
50
35
20
20
32,5
E
M
1000
1250
1000
690
1000
750
690
85
85
85
100
100
85
50
85
100
85
100
85
85
50
85
85
50
50
187
220
187
187
20000
10000
10000
65
50
35
30
50
S
N
50
50
40
65
65
50
50
50
40
65
65
50
50
40
105
84
65
50
143
105
20000
12500
10000
GG16
H
3, 4
1250
12
1000
750
B
YES
1600
85
65
65
35
85
65
65
35
65
50
187
143
50
35
20
20
32,5
E
M
1000
1250
1000
690
1000
750
690
85
85
85
100
100
85
50
85
100
85
100
85
85
50
85
85
50
50
187
220
187
187
20000
10000
10000
65
50
35
30
50
S
N
50
50
40
65
65
50
50
50
40
65
65
50
50
40
105
84
65
50
143
105
20000
12500
8000
GG20
H
3, 4
1250
12
1000
750
B
YES
2000
85
65
65
35
85
65
65
35
65
50
187
143
50
35
20
20
32,5
E
M
1000
1250
690
1000
750
85
85
85
100
100
85
50
85
100
85
100
85
85
50
85
85
50
50
187
220
187
187
20000
10000
6000
65
50
35
30
50
Performance Ratings
50
50
40
GG10
H
3, 4
1250
12
1000
750
B
YES
1000
85
65
65
35
85
65
65
35
65
50
187
143
Intro
S
N
3, 4
1000
1000
12
690
690
B
YES
1000
50
65
40
50
88,2
143
20000
12500
10000
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
GJ10
Non Auto
GJ13
Non Auto
GJ16
Non Auto
GJ20
Non Auto
M
3, 4
1250
12
1000
750
B
YES
1000
85
50
187
20000
10000
10000
S
N
3, 4
1000
1000
12
690
690
B
YES
1250
50
65
40
50
88,2
143
20000
12500
10000
M
3, 4
1250
12
1000
750
B
YES
1250
85
50
187
20000
10000
10000
S
N
3, 4
1000
1000
12
690
690
B
YES
1600
50
65
40
50
88,2
143
20000
12500
10000
M
3, 4
1250
12
1000
750
B
YES
1600
85
50
187
20000
10000
10000
S
N
3, 4
1000
1000
12
690
690
B
YES
2000
50
65
40
50
88,2
143
20000
12500
8000
A
B
M
3, 4
1250
12
1000
750
B
YES
2000
85
50
187
10000
5000
5000
442
342
442
328
X
X
X
43
54
442
432
562
328
X
X
X
53
68
442
342
442
328
X
X
X
43
54
442
432
562
328
X
X
X
53
68
442
342
442
328
X
X
X
43
54
442
432
562
328
X
X
X
53
68
442
342
442
328
X
X
X
43
54
442
432
562
328
X
X
X
53
68
444
343
443
453
X
X
82
100
444
443
573
453
X
X
131
164
444
343
443
453
X
X
82
100
444
443
573
453
X
X
131
164
444
343
443
453
X
X
82
100
444
443
573
453
X
X
131
164
444
343
443
453
X
X
82
100
444
443
573
453
X
X
131
164
C
D
E
F
X
11
EntelliGuard™
EN 60947-2 standard
Power Circuit Breaker
Power Circuit Breaker type
Air Circuit Breaker denomination
Poles
Rated insulation voltage
Rated impulse withstand voltage
Intro
GG25
H
M
Number of
3, 4
Ui (Volts)
1000
1250
Uimp (Kilovolt)
12
Volts AC
690
1000
Rated operational voltage Ue
Volts DC
750
B
Category of use
Positive ON & OFF
YES
Suitable for use as an isolator
A at 50°C
2500
Rated current In
230/240V-440V AC
65
85
100
500V AC
65
85
100
Ultimate breaking capacity Icu (kA)
690V AC
50
85
85
1000V AC (6)
50
230/240V-440V AC
65
85
100
65
85
100
500V AC
Service breaking capacity Ics (kA)
690V AC
50
85
85
(6)
50
1000V AC
1 second
65
85
85
Short-circuit withstand Icw (kA)
3 seconds
50
50
50
143 187 220
Short-circuit Making current Icm 220-500V AC kA Peak
105 187 187
Short-circuit Making current Icm 690V AC kA Peak
With Maintenance
20000
Mechanical endurance
Without Maintenance
10000
Electrical endurance
Without Maintenance
6000
(CO operations at 440V AC)
250V DC 1 pole(1)
50
Ultimate breaking capacity Icu (kA)
35
= Service breaking capacity Ics (kA) DC L/R 500V DC 2 poles(1)
(1)
(1)
= 15ms (nr. of poles in series)
750V DC 3 poles
20
30
1000V DC 3 poles(1)
230/240-690V AC
50
Single phase breaking capacity IIT (kA)
B
GG32 & GH32 (4)
H
M
G
L
3, 4
1000
1250 1000 1250
12
690
1000 690 1000
750
750
B
YES
3200
65
85
100 100 150
65
85
100 100 130
50
85
85
100 100
50
80
65
85
100 100 150
65
85
100 100 130
50
85
85
100 100
50
80
65
85
85
100 100
50
50
50
85
85
143 187 220 220 330
105 187 187 220 220
20000
10000
10000
5000
N
5000
LT & ST, - GF
LT, ST, I or
HI - GF
LT, ST, I or
HI, RELT GF, ZSI
LT or LT+, ST, I or HI, RELT
GFsum or GFct., ZSI
Power Circuit Breaker type
Isolator denomination
Poles
Rated insulation voltage
Rated impulse withstand voltage
Rated operational voltage Ue
D
Number of
Ui (Volts)
Uimp (Kilovolt)
Volts AC
Volts DC
Category of use
Suitable for use as a isolator
Rated current In
Positive ON & OFF
A at 50°C
1 second
Short-circuit Withstand Icw (kA)
3 seconds
Short-circuit Making current Icm 220-500V AC kA Peak
With Maintenance
Mechanical Endurance
(CO operations at 440V AC)
Without Maintenance
Electrical Endurance
Without Maintenance
(CO operations at 440V AC)
E
F
5000
65
50
35
30
50
5000
65
50
35
30
65
5000
65
50
35
30
50
1500
65
50
35
30
65
1500
65
50
35
30
65
65
50
35
65
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
GJ25
Non Auto
GJ32 & GK32 (4)
Non Auto
M
3, 4
1250
12
1000
750
B
YES
3200
85
50
187
10000
5000
B
YES
4000
65
50
143
20000
10000
GJ40 & GK40 (4)
Non Auto
M
3, 4
1250
12
1000
750
B
YES
4000
85
50
187
10000
5000
5000
5000
5000
EN 60947-3 standard
C
GG40 & GH40 (4)
GG50
GG64
H
M
G
L
M
L
M
L
3, 4
3, 4
3, 4
1000
1250 1000 1250 1000 1250 1000 1000
12
12
12
690
1000 690 1000 690 1000 690 690
750
750
750
750
B
B
B
YES
YES
YES
4000
5000
6400
65
85
100 100 150 100 150 100 150
65
85
100 100 130 100 130 100 130
50
85
85
100 100 100 100 100 100
50
80
80
65
85
100 100 150 100 150 100 150
65
85
100 100 130 100 130 100 130
50
85
85
100 100 100 100 100 100
50
80
80
65
85
85
100 100 100 100 100 100
50
50
50
85
85
85
85
85
85
143 187 220 220 330 220 330 220 330
105 187 187 220 220 220 220 220 220
20000
10000
10000
10000
10000
5000
5000
5000
N
Electronic Trip Units (1)
GT -E type with Ammeter
GT -S type with Ammeter,
optional communication
GT -N type with Measurement,
optional communication
GT -H type with Measurement &
Relaying, optional communication
A
N
N
3, 4
1000
12
690
B
YES
2500
65
50
143
20000
10000
M
3, 4
1250
12
1000
750
B
YES
2500
85
50
187
10000
5000
N
3, 4
1000
12
690
6000
5000 5000
B
YES
3200
65
50
143
20000
10000
N
3, 4
1000
12
690
GJ50
Non Auto
L
3, 4
1250
12
1000
750
B
YES
5000
100
85
220
10000
5000
GJ64
Non Auto
L
3, 4
1250
12
1000
750
B
YES
6400
100
85
220
10000
5000
1500
1500
Installation
Fixed Pattern
X
Dimensions in mm
Available connection modes
Weights in Kg
Height
Width 3 pole
Width 4 pole
Depth (2)
Rear Horizontal
Rear Vertical
Front
3 pole
4 pole
442
432
562
328
X
X
X
53
68
442
432
562
328
X
X
X
53
68
442
737
967
328
X
X
Height
Width 3 pole
Width 4 pole
Depth (2)
Rear Universal(3)
Front
3 pole
4 pole
444
443
573
453
X
X
131
164
444
443
573
453
X
X
131
164
444
743
973
488
X
90
115
442
432
562
328
X
X
53
68
442
737
967
328
X
X
442
737
967
328
X
X
442
737
967
328
90
115
90
115
90
115
444
743
973
488
X
444
743
973
488
X
444
743
973
488
X (5)
220
275
220
275
220
275
X
Draw-out pattern
Dimensions in mm
Available connection modes
Weights in Kg
(1) For dc applications a special trip unit is required
12
(2)
(3)
(4)
(5)
(6)
220
275
444
443
573
488
X (5)
X
131
164
With horizontal rear connections; indicated depth value is the required panel dimension
T stubs can be rotated and used for both vertical & horizontal rear connection
GH and GK types (100% rated types) are only available in draw-out pattern in vertical connection mode
T stubs can only be used for vertical rear connections
For use at 1000V phase seperators are required
EntelliGuard™
Performance Ratings
Application Software
The new HD 384 (1) and R064-03 standards require that the design of
a low voltage distribution system includes the determination of all
prospective short-circuit and fault currents levels.
GE has developed a windows based software package to do this
‘Procera Plus’: A multi-standard and multi-lingual software
package to accompany our new product line.
Intro
A
B
GE Energy
Industrial Solutions
C
PowerDesign
D
v1.1
Design and Quotations software
for low voltage installations
E
F
GE imagination at work
X
Design Software
GE provides a software package PowerDesign to configure the widely
used & well known GE system enclosure ranges ‘QuiXtra 630’,
‘ModulaPlus’ and ‘SEN Plus’, and to use them with components as
Electrical Distribution panels.
The software provides the user with a varied and simple range of user
friendly tools and features to design and configure devices and enclosures following an electrical component mounting logic.
The PowerDesign package also includes a tool that allows the user to
configure the new EntelliGuard™ Power Circuit Breaker, its catalogue
code and defines the subcomponents of which it is built.
(1) Also available in IEC 60364 version
13
EntelliGuard™
Power Circuit Breaker
Notes
Intro
A
B
C
D
E
F
X
14
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EntelliGuard™
Power Circuit Breakers
A.2
EntelliGuard™: How to order in 8 steps
A.4
Basic breakers executed in a fixed mounting pattern
A.5
Isolators or Non Automatic Breakers in a fixed mounting pattern
A.6
Termination sets for Breakers & Isolators in fixed mounting pattern
A.8
Basic breakers: Draw-out Breakers; Moving Portion only
A.10
Isolators or Non Automatic Breakers: Draw-out Patterns; Moving Portion only
A.11
Cassettes for use with Breakers & Isolators in Draw-out Pattern; Factory mounted
A.12
Trip Units; Factory mounted
The breaker
Intro
Order Codes
A
Electronic Trip Units
B
Breaker Accessories
C
Application Guide
D
Wiring Diagrams
E
Dimensions
F
Numerical index
X
Internal Accessories
A.17
Factory mounted
A.20
Field mountable
A.23
Installation Accessories
A.24
Sensors for Trip Units
A.25
Cassettes for use with Breakers & Isolators in Draw-out Pattern; Field mountable
A.26
Field Mounted (spare) Trip Units
A.28
Spare Parts
Global Catalogue number structure
A.30
Breaker
A.33
Cassette
Valid Catalogue number combinations
A.34
Factory mounted: Available standard Breaker & Cassette types
A.35
Factory mounted: Available standard Breaker, Cassette and Trip Unit types
A.36
Factory mounted: Available standard Isolator & Cassette types
A.38
Accessories; Factory and Field mountable
A.1
EntelliGuard™
Step 1
Step 2
Step 3
Choose
Current
rating
Choose
required
Interruption Rating
Define if a Breaker or Isolator is needed
Proceed to establish the first 5 digits of the Catalogue
Number as indicated here
In
400A
Intro
800A
A
1000A
B
1250A
C
1600A
D
2000A
E
2500A
3200A
4000A
X
Icu = Ics
Icw
Envelope
≤ 440V AC
630A
F
Step 4
5000A
6400A
50kA
65kA
85kA
85kA
100kA
50kA
65kA
85kA
85kA
100kA
50kA
65kA
85kA
85kA
100kA
50kA
65kA
85kA
85kA
100kA
50kA
65kA
85kA
85kA
100kA
50kA
65kA
85kA
85kA
100kA
50kA
65kA
85kA
85kA
100kA
65kA
85kA
100kA
65kA
85kA
100kA
100kA
150kA
65kA
85kA
100kA
100kA
150kA
100kA
150kA
100kA
150kA
50kA
65kA
65kA
85kA
85kA
50kA
65kA
65kA
85kA
85kA
50kA
65kA
65kA
85kA
85kA
50kA
65kA
65kA
85kA
85kA
50kA
65kA
65kA
85kA
85kA
50kA
65kA
65kA
85kA
85kA
50kA
65kA
65kA
85kA
85kA
65kA
85kA
85kA
65kA
85kA
85kA
100kA
100kA
65kA
85kA
85kA
100kA
100kA
100kA
100kA
100kA
100kA
1
1
1
2
2
1
1
1
2
2
1
1
1
2
2
1
1
1
2
2
1
1
1
2
2
1
1
1
2
2
1
1
1
2
2
2
2
2
2
2
2
3
3
2
2
2
3
3
3
3
3
3
Standard
100% Rated
(1)
Breaker
Isolator
GG04S
GG04N
GG04H
GG04E
GG04M
GG07S
GG07N
GG07H
GG07E
GG07M
GG08S
GG08N
GG08H
GG08E
GG08M
GG10S
GG10N
GG10H
GG10E
GG10M
GG13S
GG13N
GG13H
GG13E
GG13M
GG16S
GG16N
GG16H
GG16E
GG16M
GG20S
GG20N
GG20H
GG20E
GG20M
GG25N
GG25H
GG25M
GG32N
GG32H
GG32M
GG32G
GG32L
GG40N
GG40H
GG40M
GG40G
GG40L
GG50M
GG50L
GG64M
GG64L
GJ04S
GW04N
Breaker
Isolator(1)
4
= Breaker / Isolator
In Fixed Pattern
3 pole
GJ07S
GW07N
GW07M
6
= Breaker / Isolator
In Fixed Pattern
4 pole(1)
GJ08S
GW08N
GW08M
GJ10S
GW10N
GW10M
GJ13S
GW13N
1
= Breaker / Isolator
Moving Portion Only
3 pole
GW13M
GJ16S
GW16N
3
= Breaker / Isolator
Moving Portion Only
4 pole(2)
GJ16M
GJ20S
GW20N
GW20M
GJ25N
GW25H
GJ32N
GW32M
GH32N
GH32H
GH32M
GK32N
GZ32H
GH40N
GH40H
GH40M
GK40N
GZ40H
GJ32L
GJ40N
GW40M
GJ40L
2
= Cassette for
Draw-out Pattern
= Fixed Portion Only
3 pole
5
= Cassette for
Draw-out Pattern
= Fixed Portion Only
4 pole(3)
GJ50L
GJ64L
Examples
Breaker 4p 1600A- Draw-out Portion only- Icu=85kA, Ics=Icw=65kA:
GG16H3
Breaker 3p 3200A Fixed Pattern -Horizontal Rear Connections - Icu=Ics=Icw=65kA:
GG32N4
Defines the 6th digit
In catalogue number
GW04M
(1) On Isolators Icu and Ics values do not apply
A.2
Select the required product
A - Breaker or Isolator
In Fixed Pattern
B - Breaker or Isolator
As Draw-out, Moving Portion
C - Cassette for Draw-out
Breaker or Isolator
}
}
}
Order codes
How to order
(2) 4 pole Neutral Left
EntelliGuard™
in 8 steps
Step 5
Basic Catalogue number is
a Manually operated device
If a Motor Operated device is
requested?
Please order
Motor and closing coils as
Indicated here (3)
Step 7
If Universal internal
Accessories(3) are needed?
Options
UVR or SHT release (s)
Network Interlocks
Auxiliary contacts
Alarm & signal contacts
Step 8
Full Catalogue number defines:
A Breaker without Trip Unit
For all Breakers ADD
Trip Unit
completing the basic
catalogue number
Add
Catalogue number (s)
Add
Catalogue number (s)
Add
Catalogue number (s)
No addition
Indicates Breaker / Isolator
In Fixed Pattern
has set of 3NO/3NC aux.
Contacts included
Breaker in fixed Pattern
Are equipped with
Rear Connection (Horizontal)
Other options include
Rear (Vertical)
and Front (Flat)
See page A 6 to order
Field mountable
Adaptation Kits
If chosen device is
a Breaker or Isolator
Envelope 1
See page A.17
Order a Motor Type1
and 1 Closing Coil or
1 Command closing coil
Based on voltage
Requirements
and specifications
If chosen device is
a Breaker or Isolator
See page A.17
To add up to 3 SHT or UVR
Releases
Or 1 Network Interlock
Coils and 1 SHT or UVR
Release
If chosen device is
a Breaker
See pages A.12 to A.16
Choose and Add a Trip Unit out of
the the four basic types and
39 different options.
Offering
An Extremely Large setting range
covering Overload, Delayed
and Instantaneous Short-circuit
Protection
If chosen device is
a Breaker or Isolator
Envelope 2 or 3
See page A.17
Order a Motor type 2
and 1 Closing Coil or
1 Command closing coil
Based on voltage
Requirements
and specifications
If chosen device is
a Breaker or Isolator
See page A.17
To extend on the installed
3 NO + 3NC contacts
Maximum of 8 possible
See pages A.4, 5 & 6
No addition
Indicates Breaker / Isolator
Moving Portion Only
has set of 3NO/3NC aux.
Contacts included
See pages A.7, 8 & 9
U
= Cassette with
Universal 'T stabs' suited for use
as Horizontal or Vertical rear
connections
Safety Shutters
Supplied with Cassette (3)
V
= Cassette with
Vertical Rear Connections
Safety Shutters
Supplied with Cassette (3)
F
= Cassette with
Front Flat connections
Safety Shutters
Supplied with Cassette (3)
See page A.11
If chosen device is
a Breaker or Isolator
See page A.17
To add Bell Alarm and/or
Coils signalling contacts
How to order in 8 steps
Finalize the basic Catalogue
number see catalogue pages:
A.4-A.5 - Fixed Pattern
A.8-A.10 - Draw-out Portion
A.6 - Connections fixed pattern
A.11 - Cassettes, draw-out
Step 6
Intro
A
Groundfault Protection in Single
or Dual mode suited for
applications as UEF, REF & SEF
or combinations thereof
B
Complete and sophisticated
Network measurement options,
Including Wave Form Capture
C
Multiple relaying options as Zone
Selective Interlock, Undervoltage,
Overvoltage, Reverse Power etc.
D
If chosen device is
a Cassette
See page A.17 & A.18
To Add Position indication
Contacts in Cassette
Or provisions for key interlocks
E
F
- Or A 2nd ordering method can be used in which the fully configured breaker or cassette
is defined in one character string. This string comprises 19 digits when used for the
breaker and 12 for when used for the cassette.
This global ordering code is referred to within GE as the:
Catalogue Number
It is used on all relevant ordering documents and printed on each
EntelliGuard™ breaker front facia. An explanation of this code and its use
can be found on page A.30 of this catalogue.
X
When ordering with the method indicated here our CRC department will define and
confirm the mentioned individual Catalogue Number.
(3) Devices ordered here are supplied factory fitted
Remark: For Field Mountable Accessories see page A.21 to A.25
A.3
EntelliGuard™
Basic breakers executed in a fixed mounting pattern
-
With Horizontal Rear Connection (for other options, please refer to page A.6)(1)
With Aux. contact block equipped with 3 NO and 3 NC contacts
Basic Breaker MUST be equipped with a Trip Unit (for options, please refer to page A.12 to A.16)
For 1000V applications (M and L types) phase seperators are required (see page A.23)
Fixed Mounting Pattern
4 pole(2)
Order codes
3 pole
S type
Icu = Ics = Icw
50kA
N type
Intro
Icu = Ics = lcw
65kA
A
H type
Icu = Ics = 85kA
lcw = 65kA
B
C
E-H type
Icu = Ics = Icw
85kA
D
E
M type
F
Icu = Ics = 100kA
Icw = 85kA
X
G-M type
Icu = Ics = Icw
100kA
L type
Icu = Ics = 150kA
Icw = 100kA
Rating (A)
Cat. No.
Ref. No.
Cat. No.
Ref. No.
400
630
800
1000
1250
1600
2000
GG04S4
GG07S4
GG08S4
GG10S4
GG13S4
GG16S4
GG20S4
407019
407048
407078
407108
407138
407168
407208
GG04S6
GG07S6
GG08S6
GG10S6
GG13S6
GG16S6
GG20S6
407020
407049
407079
407109
407139
407169
407209
400
630
800
1000
1250
1600
2000
2500
3200
4000
GG04N4
GG07N4
GG08N4
GG10N4
GG13N4
GG16N4
GG20N4
GG25N4
GG32N4
GG40N4
407015
407044
407074
407104
407134
407164
407204
407240
407266
407292
GG04N6
GG07N6
GG08N6
GG10N6
GG13N6
GG16N6
GG20N6
GG25N6
GG32N6
GG40N6
407016
407045
407075
407105
407135
407165
407205
407241
407267
407293
400
630
800
1000
1250
1600
2000
GG04H4
GG07H4
GG08H4
GG10H4
GG13H4
GG16H4
GG20H4
407007
407036
407066
407096
407126
407156
407196
GG04H6
GG07H6
GG08H6
GG10H6
GG13H6
GG16H6
GG20H6
407008
407037
407067
407097
407127
407157
407197
400
630
800
1000
1250
1600
2000
2500
3200
4000(1)
GG04E4
GG07E4
GG08E4
GG10E
GG13E4
GG16E4
GG20E4
GG25H4
GG32H4
GG40H4
407003
407032
407062
407092
407122
407152
407192
407232
407244
407280
GG04E6
GG07E6
GG08E6
GG10E6
GG13E6
GG16E6
GG20E6
GG25H6
GG32H6
GG40H6
407004
407033
407063
407093
407123
407153
407193
407233
407245
407281
400
630
800
1000
1250
1600
2000
2500
3200
4000(1)
GG04M4
GG07M4
GG08M4
GG10M4
GG13M4
GG16M4
GG20M4
GG25M4
GG32M4
GG40M4
407011
407040
407070
407100
407130
407160
407200
407236
407262
407288
GG04M6
GG07M6
GG08M6
GG10M6
GG13M6
GG16M6
GG20M6
GG25M6
GG32M6
GG40M6
407012
407041
407071
407101
407131
407161
407201
407237
407263
407289
3200
4000
5000
6400
GG32G4
GG40G4
GG50M4
GG64M4
407252
407270
407306
407326
GG32G6
GG40G6
GG50M6
GG64M6
407253
407271
407307
407327
3200
4000
5000
6400
GG32L4
GG40L4
GG50L4
GG64L4
407254
407284
407302
407322
GG32L6
GG40L6
GG50L6
GG64L6
407255
407285
407303
407323
(1) Rear Vertical Connection for Indicated 4000A types
(2) 4th pole on Left, Trip Unit Field Configurable at 0,50 or 100% of phase rating
A.4
EntelliGuard™
Isolators or Non Automatic breakers executed in
a fixed mounting pattern
- With Horizontal Rear Connection (for other options, please refer to page A.6)(1)
- With Aux. contact block equipped with 3 NO and 3 NC contacts
- For 1000V applications (M and L types) phase seperators are required (see page A.23)
4 pole(2)
3 pole
S type
Non Automatic
Icw 50kA
N type
Non Automatic
Icw 65kA
M type
Non Automatic
Icw 85kA
L type
Rating (A)
Cat. No.
Ref. No.
Cat. No.
Ref. No.
400
630
800
1000
1250
1600
2000
GJ04S4
GJ07S4
GJ08S4
GJ10S4
GJ13S4
GJ16S4
GJ20S4
407380
407400
407420
407440
407460
407480
407500
GJ04S6
GJ07S6
GJ08S6
GJ10S6
GJ13S6
GJ16S6
GJ20S6
407381
407401
407421
407441
407461
407481
407501
400
630
800
1000
1250
1600
2000
2500
3200
4000 (1)
GW04N4
GW07N4
GW08N4
GW10N4
GW13N4
GW16N4
GW20N4
GJ25N4
GJ32N4
GJ40N4
407376
407396
407416
407436
407456
407476
407496
407520
407539
407560
GW04N6
GW07N6
GW08N6
GW10N6
GW13N6
GW16N6
GW20N6
GJ25N6
GJ32N6
GJ40N6
407377
407397
407417
407437
407457
407477
407497
407521
407540
407561
400
630
800
1000
1250
1600
2000
2500
3200
4000(1)
GW04M4
GW07M4
GW08M4
GW10M4
GW13M4
GW16M4
GW20M4
GW25M4
GW32M4
GW40M4
408350
408352
408354
408356
408358
408360
408362
408364
408366
408368
GW04M6
GW07M6
GW08M6
GW10M6
GW13M6
GW16M6
GW20M6
GW25M6
GW32M6
GW40M6
408351
408353
408355
408357
408359
408361
408363
408365
408367
408369
3200
4000
5000
6400
GJ32L4
GJ40L4
GJ50L4
GJ64L4
407535
407556
407567
407577
GJ32L6
GJ40L6
GJ50L6
GJ64L6
407536
407557
407568
407578
Fixed Mounting Pattern
Fixed Mounting Pattern
Intro
A
B
C
D
Non Automatic
Icw 100kA
E
(1) Rear Vertical Connection for Indicated 4000A types
(2) 4th pole on Left
F
X
A.5
EntelliGuard™
Termination sets for Breakers & Isolators
in fixed pattern
-
To modify Standard connection (Horizontal Rear) to:
Vertical Rear
Front flat connection
Sets containing terminals and hardware for the line & load side of the breaker
Termination sets for Breakers & Isolators in fixed Pattern
Vertical Rear Connections
Suited for use
with EntelliGuard™ types
Order codes
Rating (A)
3 pole
4 pole
Cat. No.
Ref. No.
Cat. No.
Ref. No.
Terminations for envelope 1
400 - 1600A GG, GJ & GW type S, N & H
2000A GG, GJ & GW type S, N & H
G16H4RVI
G20H4RVIn
408058
408059
G16H6RVI
G20H6RVIn
408082
408083
Terminations for envelope 2
400 - 3200A GG, GJ & GW type E, N, H & M
4000A(2) GG, GJ & GW type N, H & M
G32M4RVI
G40M4RVI
408070
408072
G32M6RVI
G40M6RVI
408071
408074
Terminations for envelope 3
3200 - 6400A GG & GJ type G, M & L
G64L4RVI
408073
G64L6RVI
408075
Terminations for envelope 1
400 - 1600A GG, GJ & GW type S, N & H
2000A GG, GJ & GW type S, N & H
G16H4FFI
G20H4FFI
408060
408061
G16H6FFI
G20H6FFI
408062
408063
Terminations for envelope 2
400 - 3200A GG, GJ & GW type E, N, H & M
4000A GG, GJ & GW type N, H & M
G32M4FFI
G40M4FFI
408066
408067
G32M6FFI
G40M6FFI
408068
408069
GFMTG
408085
GFMTG
408085
Front access Connections
Intro
A
B
Wall mounting Brackets(1)
Wall Mounting Brackets for Env. 1 & 2
C
D
(1) Recommended for use with Front access Connections
(2) For the 4000A types are supplied with the standard fixed breaker
E
F
X
A.6
EntelliGuard™
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Terminations; Fixed Pattern
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Intro
A
B
C
D
E
F
X
A.7
EntelliGuard™
Basic breakers: Draw-out Breakers; Moving portion only
- With Aux. contact block equipped with 3 NO and 3 NC contacts
- Basic Breaker MUST be equipped with a Trip Unit
(please refer to page A.12 to A.16 for options)
- A cassette is needed, please refer to page A.11 for options
- For 1000V applications (M and L types) phase seperators are required (see page A.23)
Draw-out Pattern; moving portion only
4 pole(1)
3 pole
Order codes
S type
Icu = Ics = Icw
50kA
N type
Intro
Icu = Ics = Icw
65kA
A
H type
Icu = Ics = 85kA
Icw = 65kA
B
C
E-H type
Icu = Ics = Icw
85kA
D
E
M type
F
Icu = Ics = 100kA
Icw = 85kA
X
G-M type
Icu = Ics = Icw
100kA
L type
Icu = Ics = 150kA
Icw = 100kA
Rating (A)
Cat. No.
Ref. No.
Cat. No.
Ref. No.
400
630
800
1000
1250
1600
2000
GG04S1
GG07S1
GG08S1
GG10S1
GG13S1
GG16S1
GG20S1
407017
407046
407076
407106
407136
407166
407206
GG04S3
GG07S3
GG08S3
GG10S3
GG13S3
GG16S3
GG20S3
407018
407047
407077
407107
407137
407167
407207
400
630
800
1000
1250
1600
2000
2500
3200
4000
GG04N1
GG07N1
GG08N1
GG10N1
GG13N1
GG16N1
GG20N1
GG25N1
GG32N1
GG40N1
407013
407042
407072
407102
407132
407162
407202
407238
407264
407290
GG04N3
GG07N3
GG08N3
GG10N3
GG13N3
GG16N3
GG20N3
GG25N3
GG32N3
GG40N3
407014
407043
407073
407103
407133
407163
407203
407239
407265
407291
400
630
800
1000
1250
1600
2000
GG04H1
GG07H1
GG08H1
GG10H1
GG13H1
GG16H1
GG20H1
407005
407034
407064
407094
407124
407154
407194
GG04H3
GG07H3
GG08H3
GG10H3
GG13H3
GG16H3
GG20H3
407006
407035
407065
407095
407125
407155
407195
400
630
800
1000
1250
1600
2000
2500
3200
4000
GG04E1
GG07E1
GG08E1
GG10E1
GG13E1
GG16E1
GG20E1
GG25H1
GG32H1
GG40H1
407001
407030
407060
407090
407120
407150
407190
407230
407242
407278
GG04E3
GG07E3
GG08E3
GG10E3
GG13E3
GG16E3
GG20E3
GG25H3
GG32H3
GG40H3
407002
407031
407061
407091
407121
407151
407191
407231
407273
407279
400
630
800
1000
1250
1600
2000
2500
3200
4000
GG04M1
GG07M1
GG08M1
GG10M1
GG13M1
GG16M1
GG20M1
GG25M1
GG32M1
GG40M1
407009
407038
407068
407098
407128
407158
407198
407234
407260
407286
GG04M3
GG07M3
GG08M3
GG10M3
GG13M3
GG16M3
GG20M3
GG25M3
GGM3M3
GG40M3
407010
407039
407069
407099
407129
407159
407199
407235
407261
407287
3200
4000
5000
6400
GG32G1
GG40G1
GG50M1
GG64M1
407250
407268
407304
407324
GG32G3
GG40G3
GG50M3
GG64M3
407251
407269
407305
407325
3200
4000
5000
6400
GG32L1
GG40L1
GG50L1
GG64L1
407248
407282
407300
407320
GG32L3
GG40L3
GG50L3
GG64L3
407249
407283
407301
407321
(1) 4th pole on Left, Trip Unit Field Configurable at 0,50 or 100% of phase rating
A.8
EntelliGuard™
-
Draw-out Breaker with no or very limited de-rating when used enclosed
With Aux. contact block equipped with 3 NO and 3 NC contacts
Basic Breaker MUST be equipped with a Trip Unit (please refer to page A.12 to A.16 for options)
A cassette with vertical clusters is needed, please refer to page A.11 for options
Draw-out Pattern, vertical clusters; moving portion only
4 pole(1)
3 pole
N type
Icu = Ics = Icw
65kA
H type
Icu = Ics = Icw
85kA
M type
Icu = Ics = 100kA
Icw = 85kA
Rating (A)
Cat. No.
Ref. No.
Cat. No.
Ref. No.
3200
4000
GH32N1
GH40N1
407350
407356
GH32N3
GH40N3
407351
407357
3200
4000
GH32H1
GH40H1
407346
407352
GH32H3
GH40H3
407347
407353
3200
4000
GH32M1
GH40M1
407348
407354
GH32M3
GH40M3
407349
407355
Draw-out Pattern; moving portion
Draw-out Breakers with vertical dual clusters;
Moving portion only
(1) 4th pole on Left, Trip Unit Configurable at 0,50 or 100% of phase rating
Intro
A
B
C
D
E
F
X
A.9
EntelliGuard™
Isolators or Non Automatic Breakers:
Draw-out Pattern; Moving portion only
- With Aux. contact block equipped with 3 NO and 3 NC contacts
- A cassette is needed, please refer to page A.11 for options
- For 1000V applications (M and L types) phase seperators are required (see page A.23)
Draw-out Pattern; moving portion only
4 pole(1)
3 pole
S type
Order codes
Non Automatic
Icw 50kA
N type
Non Automatic
Icw 65kA
Intro
A
M type
B
Non Automatic
Icw 85kA
C
D
L type
Non Automatic
Icw 100kA
Rating (A)
Cat. No.
Ref. No.
Cat. No.
Ref. No.
400
630
800
1000
1250
1600
2000
GJ04S1
GJ07S1
GJ08S1
GJ10S1
GJ13S1
GJ16S1
GJ20S1
407378
407398
407418
407438
407458
407478
407498
GJ04S3
GJ07S3
GJ08S3
GJ10S3
GJ13S3
GJ16S3
GJ20S3
407379
407399
407419
407439
407459
407479
407499
400
630
800
1000
1250
1600
2000
2500
3200
4000
GW04N1
GW07N1
GW08N1
GW10N1
GW13N1
GW16N1
GW20N1
GJ25N1
GJ32N1
GJ40N1
407374
407394
407414
407434
407454
407474
407494
407518
407537
407558
GW04N3
GW07N3
GW08N3
GW10N3
GW13N3
GW16N3
GW20N3
GJ25N3
GJ32N3
GJ40N3
407375
407395
407415
407435
407455
407475
407495
407519
407538
407559
400
630
800
1000
1250
1600
2000
2500
3200
4000
GW04M1
GW07M1
GW08M1
GW10M1
GW13M1
GW16M1
GW20M1
GW25M1
GW32M1
GW40M1
408400
408402
408404
408406
408408
408410
408412
408414
408416
408418
GW04M3
GW07M3
GW08M3
GW10M3
GW13M3
GW16M3
GW20M3
GW25M3
GW32M3
GW40M3
408401
408403
408405
408407
408409
408411
408413
408415
408417
408419
3200
4000
5000
6400
GJ32L1
GJ40L1
GJ50L1
GJ64L1
407533
407554
407565
407575
GJ32L3
GJ40L3
GJ50L3
GJ64L3
407534
407555
407566
407576
E
Power Circuit Breakers types with Vertical Cluster system
F
Isolators or Non Automatic Breakers with dual vertical clusters; Moving Portion only
- Draw-out Patterns with no or very limited de-rating when used enclosed
- With Aux. contact block equipped with 3 NO and 3 NC contacts
- A cassette with vertical clusters is needed, please refer to page A.11 for options
X
Draw-out Pattern, vertical clusters; moving portion only
4 pole(1)
3 pole
N type
Non Automatic
Icw 65kA
H type
Non Automatic
Icw 85kA
(1) 4th pole on Left
A.10
Rating (A)
Cat. No.
Ref. No.
Cat. No.
Ref. No.
3200
4000
GK32N1
GK40N1
407591
407595
GK32N3
GK40N3
407592
407596
3200
4000
GZ32H1
GZ40H1
407589
407593
GZ32H3
GZ40H3
407590
407594
EntelliGuard™
Cassettes for use with Breakers & Isolators
in Draw-out Pattern; Factory mounted
Cassettes for Draw-out Pattern; fixed portion only
Universal Rear Connections
3 pole
Rating (A)
Suited for use with
EntelliGuard™ -G types
4 pole
Cat. No.
Ref. No.
Cat. No.
Ref. No.
Cassette for envelope 1
400 - 1600A GG, GJ & GW type S
400 - 1600A GG, GJ & GW type N & H
2000A GG, GJ & GW type S, N & H
GG16S2UM
GG16H2UM
GG20H2UM
407616
408202
408212
GG16S5UM
GG16H5UM
GG20H5UM
407618
408205
408215
Cassette for envelope 2
400 - 2000A GG, GJ & GW type N, E & M
2500A GG, GJ & GW type N, H & M
3200A GG, GJ & GW type N, H & M(1)
4000A GG, GJ & GW type N, H & M(1)
GG20M2UM
GG25M2UM
GG32M2UM
GG40M2UM
408224
408236
408247
408259
GG20M5UM
GG25M5UM
GG32M5UM
GG40M5UM
408227
408239
408251
408263
GG64L2UM
408281
GG64L5UM
408283
Remark: Each cassette is supplied with
connection pads that can be rotated and
used for Vertical or Horizontal connections.
Cassette for envelope 3 (2)
3200 - 6400A(3) GG & GJ type G, M & L
Draw-out Pattern: cassettes
- References apply for Cassettes supplied in one Packaging with Breakers or Isolators
(for Separate Cassettes see page A.25)
- With Connection modes as indicated in left column
- Each cassette is supplied with safety shutters
Intro
A
Vertical rear Connections
Cassette with dual vertical clusters and
connection pads for limited de-rating envelope 2
3200A GH, GK, GJ & GZ type N.H & M
4000A GH, GK, GJ & GZ type N.H & M(1)
GH32M2VM
GH40M2VM
408292
408294
GH32M5VM
GH40M5VM
408293
408295
B
C
Front access Connections
Cassette for envelope 1
400 - 1600A GG, GJ & GW type S
400 - 1600A GG, GJ & GW type N & H
2000A GG, GJ & GW type S, N & H
GG16S2FM
GG16H2FM
GG20H2FM
407626
408200
408210
GG16S5FM
GG16H5FM
GG20H5FM
407628
408203
408213
D
E
Cassette for envelope 2
400 - 2000A GG, GJ & GW type E, N, H & M
2500A GG, GJ & GW type N, H & M
3200A GG, GJ & GW type N, H & M
4000A GG, GJ & GW type N, H & M
GG20M2FM
GG25M2FM
GG32M2FM
GG40M2FM
(1) Cassettes for envelope 2 are limited to a current of 3200A when connected in horizontal mode.
Connected in vertical mode a 4000A rating is achieved
(2) The Cassette for envelope 3 is limited to a current of 5000A when connected in horizontal mode
Connected in vertical mode it has a rating of 6400A. This cassette type is NOT depicted here
(3) 4th pole on Left
408222
408234
408245
408257
GG20M5FM
GG25M5FM
GG32M5FM
GG40M5FM
408225
408237
408249
408261
F
X
A.11
EntelliGuard™
Trip Units - Factory mounted
GT- E
Basic functionality
LT-C
LTDB
ST
Designation
Extended functionality
GT-E Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
None
GTG00K1-SF
Cat. No.
Ref. No.
408800
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-E Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
GF I²t ON or OFF
GFDB
None
GTG00K2-SF
408801
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-S Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
I
None
GTG00K9-SF
408803
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-S Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
GF I²t ON or OFF
GFDB
I
None
GTG00K3-SF
408805
+ Modbus Communication
GTG00K3-2SF
408807
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-S Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
GF I²t ON or OFF
GFDB
I ext.
None
GTG00K4-SF
408806
+ Modbus Communication
GTG00K4-2SF
408808
GT-Rating Plug
Required for all types
GTPUNI
408860
2
I t on
Order codes
STDB
LT-C
LTDB
ST
Intro
I2 t on
STDB
GF
I2 t on
GFDB
A
GT- S
LT-C
B
LTDB
ST
I2 t on
C
STDB
I
D
LT-C
E
F
LTDB
ST
I2 t on
STDB
GF
2
I t on
I
GFDB
X
LT-C
LTDB
ST
I2 t on
STDB
GF
I2 t on
GFDB
A.12
l ext.
EntelliGuard™
Trip Units - Factory mounted
GT- N
Basic functionality
LT-C
LTDB
I2 t on
STDB
Extended functionality
Cat. No.
Ref. No.
GT-N Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
I
RELT
Measurement unit (1)
RELT Instantaneous
GTG00K9-4SF
408813
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-N Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
GF I²t ON or OFF
GFDB
I
RELT
Measurement unit (1)
RELT Instantaneous
GTG00K3-4SF
408815
+ Modbus Communication
+ Zone Selective Interlock
on I, ST & GF functions
GTG00K3T6SF
408817
GT-Rating Plug
Required for all types
GTPUNI
I
Extended functionality
RELT
Electronic Trip Units
ST
Designation
Basic functionality
LT-C
LTDB
ST
I2 t on
Intro
A
STDB
GF
I2 t on
I
408860
GFDB
Extended functionality
B
C
RELT
D
Basic functionality
LT-C
LTDB
ST
GT-N Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
GF I²t ON or OFF
GFDB
I ext.
RELT
Measurement unit (1)
RELT Instantaneous
+ Modbus Communication
+ Zone Selective Interlock
on I ext., ST & GF functions
GT-Rating Plug
Required for all types
GTG00K4-4SF
408816
GTG00K4T6SF
408818
E
F
2
I t on
Basic functionality
STDB
GF
I2 t on
GTPUNI
408860
I ext.
GFDB
X
Extended functionality
Extended functionality
RELT
(1) An auxiliary Power Conditioner is obligatory when a fully functioning measurement is required see page A.22
A.13
EntelliGuard™
Trip Units - Factory mounted
GT- H
Basic functionality
LT-C
LTDB
ST
I2 t on
STDB
Designation
Extended functionality
GT-H Trip Unit with:
LT-C 0,2- 1 x In =Ir
-ORLT-F 0,2- 1 x in =Ir
LTDB
ST I2T ON or OFF
STDB
I
RELT
LT Band shape Choice (LTC or LTF)
GTG00N9-5SF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Cat. No.
Ref. No.
408823
LT Band shape Choice (LTC or LTF) GTG00N9-8SF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
408863
LT Band shape Choice (LTC or LTF)
GTG00N9-9SF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
408865
GT-Rating Plug
Required for all types
408860
GT-H Trip Unit with:
LT-C 0,2- 1 x In =Ir
-ORLT-F 0,2- 1 x in =Ir
LTDB
ST I2T ON or OFF
STDB
GF sum. I2T ON or OFF
-AND/ORGF CT I2T ON or OFF(2)
GFDB
I
RELT
LT Band shape Choice (LTC or LTF)
GTG00N5-5SF
Dual GF Protection (Res./Sum or CT)
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
408825
LT Band shape Choice (LTC or LTF) GTG00N5-8SF
Dual GF Protection (Res./Sum or CT)
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
408833
LT Band shape Choice (LTC or LTF)
GTG00N5-9SF
Dual GF Protection (Res./Sum or CT)
(1)
Measurement Unit
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
408841
GTG00N5T5SF
LT Band shape Choice (LTC or LTF)
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
408829
GTG00N5T8SF
LT Band shape Choice (LTC or LTF)
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
408837
LT Band shape Choice (LTC or LTF)
GTG00N5T9SF
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
408845
Required for all types
408860
Order codes
I
Extended functionality
LT-F
GTPUNI
LTDB
Intro
RELTi
Basic functionality
A
LT-C
LTDB
B
ST
I2 t on
STDB
GF
I
I2 t on
C
GFDB
Extended functionality
D
LT-F
LTDB
E
F
RELTi
X
GT-Rating Plug
(1) An auxiliary Power Conditioner is obligatory when a fully functioning measurement is required see page A.22
(2) The use of an interposing current transformer is required (supplied, mounted in device)
A.14
GTPUNI
EntelliGuard™
Trip Units - Factory mounted
GT- H
Basic functionality
LT-C
LTDB
I2 t on
STDB
GF
l ext.
2
I t on
GFDB
Extended functionality
GT-H Trip Unit with:
LT-C 0,2- 1 x In =Ir
-ORLT-F 0,2- 1 x In =Ir
LTDB
ST I2T ON or OFF
STDB
GF sum. I2T ON or OFF(2)
-AND/ORGF CT I2T ON or OFF
GFDB
I ext.
RELT
LT Band shape Choice (LTC or LTF)
GTG00N7-5SF
Dual GF Protection (Res./Sum or CT)
(1)
Measurement Unit
Data aquisition & Relay functionality
RELT Instantaneous
408827
LT Band shape Choice (LTC or LTF) GTG00N7-8SF
Dual GF Protection (Res./Sum or CT)
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
408835
LT Band shape Choice (LTC or LTF)
GTG00N7-9SF
Dual GF Protection (Res./Sum or CT)
Measurement Unit (1)
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
408843
GTG00N7T5SF
LT Band shape Choice (LTC or LTF)
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
ST & GF Measurement Unit (1)
Data aquisition & Relay functionality
RELT Instantaneous
408831
GTG00N7T8SF
LT Band shape Choice (LTC or LTF)
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
ST & GF Measurement Unit (1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
408839
LT Band shape Choice (LTC or LTF)
GTG00N7T9SF
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
ST & GF Measurement Unit (1)
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
408847
Required for all types
408860
Extended functionality
LT-F
LTDB
RELTi
GT-Rating Plug
(1) An auxiliary Power Conditioner is obligatory when a fully functioning measurement is required see page A.22
(2) The use of an interposing current transformer is required (supplied, mounted in device)
Cat. No.
GTPUNI
Ref. No.
Electronic Trip Units
ST
Designation
Intro
A
B
C
D
E
F
X
A.15
EntelliGuard™
Trip Units - Factory mounted
GT- H
Basic functionality
LT-C
LTDB
ST
I2 t on
STDB
GF
l ext.
2
Order codes
I t on
Intro
GFDB
Designation
Extended functionality
GT-H Trip Unit with:
LT-C 0,2- 1 x In =Ir
-ORLT-F 0,2- 1 x In =Ir
LTDB
ST I2T ON or OFF
STDB
GFA(2) sum. I2T ON or OFF
-AND/ORGFA(2) CT I2N ON or OFF(3)
GFDB
I or I ext.
RELT
LT Band shape Choice (LTC or LTF)
GTG00N6-5SF
Dual GF Protection (Res./Sum or CT)
(1)
Measurement Unit
Data aquisition & Relay functionality
RELT Instantaneous
With standard Instaneous
Idem with Extended Instananeous GTG00N8-5SF
408826
LT Band shape Choice (LTC or LTF) GTG00N6-8SF
Dual GF Protection (Res./Sum or CT)
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
With standard Instaneous
Idem with Extended Instananeous GTG00N8-8SF
408834
Extended functionality
LT Band shape Choice (LTC or LTF)
GTG00N6-9SF
Dual GF Protection (Res./Sum or CT)
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
With standard Instaneous
Idem with Extended Instananeous GTG00N8-9SF
LTDB
RELTi
LT Band shape Choice (LTC or LTF)
GTG00N6T5SF
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
With standard Instaneous
Idem with Extended Instananeous GTG00N8T5SF
LT Band shape Choice (LTC or LTF)
GTG00N6T8SF
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
With standard Instaneous
Idem with Extended Instananeous GTG00N8T8SF
B
C
D
E
A.16
408828
408836
GT-Rating Plug
408842
408844
408830
408832
408838
408840
LT Band shape Choice (LTC or LTF)
GTG00N6T9SF
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
With standard Instaneous
Idem with Extended Instananeous GTG00N8T9SF
408848
Required for all types
408860
(1) An auxiliary Power Conditioner is obligatory when a fully functioning measurement is required see page A.22
(2) Does NOT trip the associated EntelliGuard™ Breaker, BUT produces an Alarm signal
(3) The use of an interposing current transformer is required (supplied, mounted in device)
X
Ref. No.
LT-F
A
F
Cat. No.
GTPUNI
408846
EntelliGuard™
Internal Accessories - Factory mounted
For field mounted variants see page A.20 & A.21
Motor Operators and Closing Coils(4)
Motor Operator Type 1
Ref. No.
Cat. No.
Ref. No.
GM01024D
GM01048D
GM01060D
GM01110D
GM01250D
GM01048A
GM01120A
GM01240A
GM01400A
GM01440A
407700
407702
407704
407706
407708
407710
407712
407714
407716
407718
GM02024D
GM02048D
GM02060D
GM02110D
GM02250D
GM02048A
GM02120A
GM02240A
GM02400A
GM02440A
407725
407727
407729
407731
407733
407735
407737
407739
407741
407743
GCCN024D
GCCN048
GCCN060D
GCCN120
GCCN240
GCCN277
GCCN400A
GCCN440A
Ref. No.
Comm. Closing Coil(1)
Closing Coil
2V DC
48V AC-DC
60V DC
110-130V AC-DC
220-240V AC-DC
277V AC; 250V DC
380- 415V AC
440V AC
Cat. No.
GCCC024D
GCCC048
GCCC060D
GCCC120
GCCC240
GCCC277
GCCC400A
GCCC440A
407861
407863
407865
407867
407869
407870
407877
407878
407836
407838
407840
407842
407844
407849
407852
407853
Releases
Undervoltage
24V DC
48V AC-DC
60V DC
110-130V AC-DC
220-240V AC-DC
277V AC; 250V DC
380- 415V AC
440V AC
GUVT024D
GUVT048
GUVT060D
GUVT120
GUVT240
GUVT277
GUVT400A
GUVT440A
407795
407797
407799
407801
407803
407805
407807
407809
Shunt
GSTR024D
GSTR048
GSTR060D
GSTR120
GSTR240
GSTR277
GSTR400A
GSTR440A
Network Interlock
407770
407772
407774
407776
407778
407780
407782
407784
GNTK120
GNTK240
407753
407754
Delivered as standard option in all EntelliGuard™ breakers & Isolators(3)
GAS6
407887
GAS5
407886
GAS8
407888
GBAT1
407891
A
C
Bell Alarm Contacts
1 Changeover
Intro
B
Auxiliary Contacts
Power Rated 3NO & 3NC
Power Rated 8NO & 8NC
Power Rated 3NO & 3NC
+ signal rated 2NO & 2NC
Power Rated 4NO & 4NC
+ signal rated 4NO & 4NC
Internal Accessories
24-30V DC
48V DC
60V DC
110-130V DC
220-250V DC
48V AC
110-130V AC
220-240V AC
380-400V AC
440V AC
Motor Operator Type 2 & 3
Cat. No.
D
E
Indication Contacts
Power rated wired
through sec. Discon.
CC/CCC/UVT/STR Release
indicator 1NO
Breaker Ready to Close indic.(2)
1NO
GCSP1
407895
GRTC1
407897
Signal rated wired
through sec. Discon.
GRTC2
407899
Signal rated wired
Trip Unit (comm.)
GCSP2
407896
GRTC3
407894
F
X
Position Indication Contacts Cassette
Power rated on Cassette
1 Changeover per position
2 Changeovers per position
GCPS1
GCPS2
407922
407923
(1) Designed to be accessed through the Trip Unit communication option (Modbus or Profibus).
Up to a voltage rating of 277V a extra coil operating/ON push button is mounted on the Breaker front facia.
(2) Not available as field mountable accessory
(3) Device code GAS3 407885.
(4) Motor Spring charged indication contact supplied with Motor Operator
A.17
EntelliGuard™
Internal Accessories - Factory mounted
For field mounted variants see page A.20 & A.21
Locking Mechanisms(1)
Ronis
Mounted on Breaker
The Ronis and Profalux devices allow
1 to 4 Locks to be placed.
The Castell device 1
Mounted on Cassette.
(2 devices for 2 locks are possible)
Castell
Profalux
Cat. No.
Ref. No.
Cat. No.
Ref. No.
Cat. No.
Ref. No.
GBRON
407971
GBCAS
407970
GBPRO
407978
GCRON
407976
GCPRO
407980
GMCN
408035
Order codes
Operation
Intro
A
Front Fascia of Breaker
Counter; number of Operations
Pre-assembled interlocks for cables(2)
Interlock Scheme
Type
A
B
C
B
D
C
Brk. 1
Brk. 2
OFF
ON
OFF
OFF
ON
OFF
OFF
OFF
ON
OFF
OFF
ON
OFF
OFF
ON
OFF
OFF
OFF
OFF
OFF
ON
OFF
ON
OFF
ON
OFF
ON
OFF
OFF
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
ON
Fixed Pattern
Brk. 3
Cat. No.
Ref. No.
Draw-out
Cat. No.
Ref. No.
For Each Breaker
GI2FAD
407900
For Each Breaker
GI2WAD
407901
OFF
OFF
OFF
ON
OFF
OFF
For Each Breaker
GI3FB
407902
For Each Breaker
GI3WB
407903
ON
OFF
OFF
ON
ON
OFF
OFF
ON
ON
OFF
For Each Breaker
GI3FC
407904
For Each Breaker
GI3WC
407905
For Brk.1 & 3
GI2FAD
407900
For Brk.1 & 3
GI2WAD
407901
For Brk. 2
GI3FDT
407906
For Brk. 2
GI3WDT
407907
(1) For the separately available locks see page A.21, Kirk Lock version available on request
(2) The kits must be ordered complete with a breaker. To allow for installation and transport each kit is supplied as a field mountable unit customized for use
with the ordered draw-out breaker cassette or a fixed pattern breaker. For the associated cables see page. A.22
D
Internal Accessories - Factory mounted
E
F
X
A.18
Maximum amount of installable internal accessories
See page A.21.
EntelliGuard™
Notes
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Internal Accessories
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.
Intro
A
B
C
D
E
F
X
A.19
EntelliGuard™
Internal Accessories - Field mountable
For factory mounted variants see page A.17 & A.18
Motor Operators and Closing Coils
Motor Operator envelope 1 Motor Operator envelope 2 & 3
Order codes
24-30V DC
48V DC
60V DC
110-130V DC
220-250V DC
48V AC
110-130V AC
220-240V AC
380-400V AC
440V AC
Intro
Ref. No.
Cat. No.
Ref. No.
407701
407703
407705
407707
407709
407711
407713
407715
407717
407719
GM02024DR
GM02048DR
GM02060DR
GM02110DR
GM02250DR
GM02048AR
GM02120AR
GM02240AR
GM02400AR
GM02440AR
407726
407728
407730
407732
407734
407736
407738
407740
407742
407744
2V DC
48V AC-DC
60V DC
110-130V AC-DC
220-240V AC-DC
277V AC; 250V DC
380- 415V AC
440V AC
GCCN024DR
GCCN048R
GCCN060DR
GCCN120R
GCCN240R
GCCN277R
GCCN400AR
GCCN440AR
GCCC024DR
GCCC048R
GCCC060DR
GCCC120R
GCCC240R
GCCC277R
GCCC400AR
GCCC440AR
407860
407862
407864
407866
407868
407871
407876
407879
Releases
Undervoltage
2V DC
48V AC-DC
60V DC
110-130V AC-DC
220-240V AC-DC
277V AC; 250V DC
380- 415V AC
440V AC
GUVT024DR
GUVT048R
GUVT060DR
GUVT120R
GUVT240R
GUVT277R
GUVT400AR
GUVT440AR
407796
407798
407800
407802
407804
407806
407808
407810
Power Rated 3NO & 3NC
(Delivered as standard option
in all EntelliGuard™
breakers & Isolators)
Power Rated 8NO & 8NC
Power Rated 3NO & 3NC
+ Signal Rated 2NO & 2NC
Power Rated 4NO & 4NC
+ Signal Rated 4NO & 4NC
GAS3R
407880
GAS6R
GAS5R
407882
407881
GAS8R
407883
1 Changeover
GBAT1R
407889
Shunt
GSTR024DR
GSTR048R
GSTR060DR
GSTR120R
GSTR240R
GSTR277R
GSTR400AR
GSTR440AR
407771
407773
407775
407777
407779
407781
407783
407785
Auxiliary Contacts
C
D
Bell Alarm Contacts
E
Indication Contacts
F
CC/CCC/UVT/STR Release
indicator
Power rated wired
through sec. Discon.
Signal rated wired Trip
Unit (comm.)
GCSP1R
GCSP2R
407915
407916
X
Position Indication Contacts Cassette
Power rated on Cassette
1 Changeover per position
2 Changeovers per position
GCPS1R
GCPS2R
407924
407925
(1) Designed to be accessed through the Trip Unit communication option (Modbus or Profibus).
Up to a voltage rating of 277V a extra coil operating/ON push button is included in the kit for mounting on the Breaker front facia.
A.20
Cat. No.
Ref. No.
Comm. Closing Coil(1)
Closing Coil
A
B
Cat. No.
GM01024DR
GM01048DR
GM01060DR
GM01110DR
GM01250DR
GM01048AR
GM01120AR
GM01240AR
GM01400AR
GM01440AR
407835
407837
407839
407841
407843
407850
407851
407854
EntelliGuard™
Internal Accessories - Field mountable
For factory mounted variants see page A.17 & A.18
Locking Mechanisms(1)
Ronis
Castell
Profalux
Ref. No.
Cat. No.
Ref. No.
Cat. No.
Ref. No.
Mounted on Breaker
The Ronis and Profalux devices allow
1 to 4 Locks to be placed.
The Castell device 1
Mounted on Cassette
(2 devices for 2 locks are possible)
GBRONR
407968
GBCASR
407967
GBPROR
407979
GCRONR
407974
GCPROR
407981
Ronis 1104 B Lock (2)
Profalux B204Y Lock (2)
Castell FS1 lock/K4 key (2)
GRON
407985
GPRO
407987
Associated Locks(2)
GCAS
407986
Operation
Front Fascia of Breaker
Counter; number of Operations
GMCNR
408033
Internal Accessories
Cat. No.
Intro
(1) Kirk Lock version available on request
(2) Not available as Factory Mounted accessory
A
Internal Accessories - Field mountable
Maximum amount of installable internal accessories
Motor Operator
type 1 or 2
Closing Coil or Command
Closing Coil
Undervoltage Release(3)
Shunt Release
Network Interlock
Release
Auxiliary Contacts Power
NO + NC
Auxiliary Contacts
Hi-Fidelity NO+NC
Bell Alarm contacts
Signaling Contacts
Releases indic. Power
Signaling Contacts
Releases indic. HI.Fid.
Breaker ready to close
indication
Breaker Spring Charged
indication
Position Indication
Contacts (per Pos.)
Earthing Device
Locking Mechanism
Breaker
Locking Mechanism
Cassette
B
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
0
2
1
1
0
2
1
1
0
2
1
1
0
2
1
1
0
2
1
1
0
2
1
1
0
2
1
1
0
1
2
0
1
1
2
0
1
1
2
0
1
1
2
0
1
1
2
0
1
1
2
0
1
1
2
0
1
1
2
0
1
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1
8
8
8
8
8
8
8
8
4
4
4
4
4
4
4
4
6
6
6
6
4
4
4
4
3
3
3
3
2
2
2
2
0
0
0
0
0
0
0
0
4
4
4
4
4
4
4
4
0
0
0
0
0
0
0
0
3
3
3
3
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
1
1
1
1
2
2
2
2
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
2
2
2
2
1
1
1
1
2
2
2
2
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
C
D
E
F
X
(3) TDM module (Time delay module) is mounted externally to the breaker
A.21
EntelliGuard™
Internal Accessories - Field mountable
Not available in a factory mounted variant
Field mountable cables for
interlocking of breakers (1)
Interlock Scheme
Interlock Type
A
B
C
Order codes
D
Time delay module for UVR release
TDM
60V DC
110-130V DC
220-240V DC
250V DC
48V AC
110-130V AC
220-240V AC
250-277V AC
380- 415V AC
440V AC
Intro
No. of Cables Needed
1 cable per breaker,
choose length as indicated
1 cable per breaker,
choose length as indicated
1 cable per breaker,
choose length as indicated
Brk's 1 and 3: 1 cable per
breaker, choose length as
indicated
Brk. 2: 2 cables per
breaker, choose length as
indicated
Cat. No.
Ref. No.
GTDM060D
GTDM120D
GTDM240D
GTDM250D
GTDM048A
GTDM120A
GTDM240A
GTDM277A
GTDM400A
GTDM440A
407817
407819
407821
407823
407816
407818
407820
407822
407824
407825
Cable length 1 metre
Cable length 1,6 metre
Cable length 2 metre
Cable length 2,5 metre
Cable length 3 metre
Cable length 3,5 metre
Cable length 4 metre
Cat. No.
Ref. No.
Breaker Earthing Device for Service
3 pole
EntelliGuard™ type 1
Maximum 1600A
Maximum 2000A
EntelliGuard™ type 2
Maximum 4000A
EntelliGuard™ type 3
Maximum 6400A
A
B
GT- Accessories
C
D
4 pole
G16H4ED
G20H4ED
407930
407932
G16H6ED
G20H6ED
407931
407933
G40M4ED
407934
G40M6ED
407935
G64M4ED
407936
G64M6ED
407937
Conditioning Power Supply 1 phase 220-230V(2)
Conditioning Power Supply 1 phase 380-400V(2)
Conditioning Power Supply 1 phase 240-250/277-290/415V(2)
Conditioning Power Supply 1 phase 660-690V(2)
Power Supply - Input 100-240V AC or 100-353V DC Output 24V DC 0.6 Amps(3)
GMPU1
GMPU2
GMPU3
GMPU4
GAPU
408790
408791
408792
408793
408789
Trip unit, sealable transparent front cover
GTUS
408046
Trip Unit Battery Tester and Set up unit
GTUTK20
407999
Wall Mounting Brackets for Env. 1 & 2
GFMTG
408085
Designation
E
F
X
Wall mounting Brackets
(1) See for associated breaker and or cassette mounted kits page A.18
(2) Obligatory when a fully functioning measurement unit is required
(3) For GF settings below 0,2 x In this aux. supply is needed
A.22
Cat. No.
Ref. No.
GCB1
GCB2
GCB3
GCB4
GCB5
GCB6
GCB7
407990
407991
407992
407993
407994
407995
407996
EntelliGuard™
Installation Accessories
Not available in a factory mounted variant
Operation
Ref. No.
Front Fascia of Breaker
Padlocking device for Pushbuttons
GPBD
408040
Operation Indicators
Contact Wear Indicator env. 1-3
GCNTW
408036
Cassette
Mis insertion device
GREPM
408041
Door Flange fixed all types (1)
Door Flange draw-out all types (1)
GDPRF
GDPRW
408025
408026
Door Escutcheon IP54
G54DR
408038
Door Interlock on LEFT
Door Interlock on RIGHT
GLHD
GRHD
408039
408042
Door Flanges & Interlocks
Installation Accessories
Cat. No.
Intro
A
B
Lifting Breakers(2)
Lifting beam suited for use
with envelope 1 & 2
GLB1
Lifting beam suited for use
with envelope 3
GLB3
Set of 9 phase seperators for
1000V applications(3)
GJP
408045
C
408049
D
Phase seperators
408057
E
F
(1) Is a spare, these devices are always supplied with the standard devices
(2) Designed for use with commercially available lifting equipment.
(3) Universal set including 3 pcs for envelope 1 & 2 fixed, 3 pcs. for envelope 1 & 2 draw-out and 3 pcs for envelope 3.
X
A.23
EntelliGuard™
Sensors for Trip Units
For use with Ground fault Residual (sum) protection
Rogowski coils:
Order codes
Envelope 1
400A
630A
800A
1000A
1250A
1600A
2000A
2500A
3200A
4000A
5000A
6400A
B
C
D
E
F
X
A.24
Ref. No.
Cat. No.
Ref. No.
G04HNRC
G07HNRC
G08HNRC
G10HNRC
G13HNRC
G16HNRC
G20HNRC
408000
408001
408002
408003
408004
408005
408006
G04HNRC
G07HNRC
G08HNRC
G10HNRC
G13HNRC
G16HNRC
G20HNRC
G25MNRC
G32LNRC
G40LNRC
408000
408001
408002
408003
408004
408005
408006
408162
408186
408187
Envelope 3
Cat. No.
Ref. No.
G32LNRC
G40LNRC
G50LNRC
G64LNRC
408186
408187
408188
408189
Sensors for Trip Units
For use with Ground fault protection, Source Ground Return method
Earth leg Current Transformers
- Kit includes 1 Current Transformer. An interposing current transformer is also required
(supplied with Trip Unit)
Intro
A
Envelope 2
Cat. No.
Envelope 1
400A
630A
800A
1000A
1250A
1600A
2000A
2500A
3200A
4000A
5000A
6400A
Envelope 2
Cat. No.
Ref. No.
Cat. No.
Ref. No.
G04HNCT
G07HNCT
G08HNCT
G10HNCT
G13HNCT
G16HNCT
G20HNCT
408300
408301
408302
408303
408304
408305
408006
G04HNCT
G07HNCT
G08HNCT
G10HNCT
G13HNCT
G16HNCT
G20HNCT
G25MNCT
G32LNCT
G40LNCT
408300
408301
408302
408303
408304
408305
408006
408322
408331
408332
Envelope 3
Cat. No.
Ref. No.
G32LNCT
G40LNCT
G50LNCT
G64LNCT
408331
408332
408333
408334
EntelliGuard™
Cassettes for use with Breakers & Isolators
in Draw-out pattern; Field mountable
- References apply for Cassettes separately supplied for use with Breakers or Isolator
- With Connection modes as indicated in left column
- Each cassette is supplied with safety shutters
Cassettes for Draw-out Pattern; fixed portion only
Universal Rear Connections
4 pole(1)
3 pole
Cat. No.
Ref. No.
Cat. No.
Ref. No.
Cassette for envelope 1
400 - 1600A GG, GJ & GW type S
400 - 1600A GG, GJ & GW type N & H
2000A GG, GJ & GW type S, N & H
GG16S2UR
GG16H2UR
GG20H2UR
407617
407612
407622
GG16S5UR
GG16H5UR
GG20H5UR
407619
407615
407625
Cassette for envelope 2(2)
400 - 2000A GG, GJ & GW type N, E & M
2500A GG, GJ & GW type N, H & M
3200A GG, GJ & GW type N, H & M
4000A GG, GJ & GW type N, H & M
GG20M2UR
GG25M2UR
GG32M2UR
GG40M2UR
407632
407642
407652
407666
GG20M5UR
GG25M5UR
GG32M5UR
GG40M5UR
407635
407645
407656
407670
GG64L2UR
407686
GG64L5UR
407688
Remark: Each cassette is supplied with
connection pads that can be rotated and
used for Vertical or Horizontal connections.
Cassette for envelope 3(3)
3200 - 6400A(1) GG & GJ type G, M & L
Sensors & Cassettes
Rating (A)
Suited for use with
EntelliGuard™ -G types
Intro
Vertical rear Connections
Cassette with dual vertical clusters and
connection pads for limited de-rating envelope 2
3200A GH, GK, GJ & GZ type N.H & M
4000A GH, GK, GJ & GZ type N.H & M
GH32M2VR
GH40M2VR
408254
408267
GH32M5VR
GH40M5VR
408255
408268
A
B
Front access Connections
Cassette for envelope 1
400 - 1600A GG, GJ & GW type S
400 - 1600A GG, GJ & GW type N & H
2000A GG, GJ & GW type S, N & H
Cassette for envelope 2
400 - 2000A GG, GJ & GW type E, N, H & M
2500A GG, GJ & GW type N, H & M
3200A GG, GJ & GW type N, H & M
4000A GG, GJ & GW type N, H & M
GG16S2FR
GG16H2FR
GG20H2FR
407627
407610
407620
GG16S5FR
GG16H5FR
GG20H5FR
407629
407613
407623
C
D
GG20M2FR
GG25M2FR
GG32M2FR
GG40M2FR
(1) 4th pole on Left.
(2) Cassettes for envelope 2 are limited to a current of 3200A when connected in horizontal mode
Connected in vertical mode a 4000A rating is achieved
(3) The Cassette for envelope 3 is limited to a current of 5000A when connected in horizontal mode
Connected in vertical mode it has a rating of 6400A. This cassette type is NOT depicted here
407630
407640
407650
407658
GG20M5FR
GG25M5FR
GG32M5FR
GG40M5FR
407633
407643
407654
407668
E
F
X
A.25
EntelliGuard™
Field Mounted (spare) Trip Units
Always specify Nominal current and Breaker serial Number on Ordering
GT- E
Basic functionality
LT-C
LTDB
ST
Designation
Extended functionality
GT-E Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
None
GTG00K1-SR
Cat. No.
Ref. No.
408798
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-E Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I2T ON or OFF
STDB
GF I2T ON or OFF
GFDB
None
GTG00K2-SR
408802
GT-Rating Plug
Required for all T types
GTPUNI
408860
GT-S Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
I
None
GTG00K9-SR
408811
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-S Trip Unit
LT-C 0,2 -1 x In = Ir
LTDB
ST I2T ON or OFF
STDB
GF I2T ON or OFF
GFDB
I
Modbus Communication
GTG00K4-2SR
408809
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-N Trip Unit with:
LT-C 0,2 -1 x In = Ir
LTDB
ST I²t ON or OFF
STDB
I
RELT
Measurement unit (1)
RELT Instantaneous
GTG00K9-4SR
408821
GT-Rating Plug
Required for all types
GTPUNI
408860
2
I t on
Order codes
STDB
LT-C
LTDB
ST
I2 t on
STDB
GF
2
I t on
Intro
GFDB
GT- S
LT-C
A
LTDB
B
ST
I2 t on
STDB
I
C
LT-C
D
LTDB
E
ST
I2 t on
STDB
GF
2
I t on
Ii
GFDB
F
GT- N
X
LT-C
LTDB
ST
I2 t on
STDB
I
Extended functionality
RELT
A.26
EntelliGuard™
Field Mounted (spare) Trip Units
Always specify Nominal current and Breaker serial Number on Ordering
GT- N (continued)
Basic functionality
LT-C
LTDB
I2t on
STDB
GF
I2t on
Ihi
Extended functionality
Cat. No.
Ref. No.
GT-N Trip Unit
LT-C 0,2 -1 x In = Ir
LTDB
ST I2T ON or OFF
STDB
GF I2T ON or OFF
GFDB
I ext.
Measurement unit(1)
Modbus Communication
Zone Selective Interlock on ST,
I & GF
GTG00K4T6SR
408819
GT-Rating Plug
Required for all types
GTPUNI
408860
GT-H Trip Unit with:
LT-C 0,2 -1 x In = Ir
-ORLT-F 0.2 -1 x In = Ir
LTDB
ST I2T ON or OFF
STDB
GF or GFA(2) sum. I2T ON or OFF
-AND/ORGFA(2) CT I2N ON or OFF(3)
GFDB
I or I ext.
RELT
LT Band shape Choice (LTC or LTF)
GTG00N5T8SR
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
With standard Instaneous
Idem with Extended Instananeous
GTG00N7T8SR
GFDB
GT- H
LTDB
ST
2
I t on
STDB
GF
Ihi
2
I t on
GFDB
Extended functionality
LT-F
LT Band shape Choice (LTC or LTF)
GTG00N5T9SR
Dual GF Protection (Res./Sum or CT)
Zone Selective Interlock on ST, I & GF
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
With standard Instaneous
Idem with Extended Instananeous
GTG00N7T9SR
408849
408851
408853
408855
LT Band shape Choice (LTC or LTF)
GTG00N6T8SR
Dual GF Alarm (Res./Sum or CT)
Zone Selective Interlock on ST, I & GFA
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Modbus Communication
With standard Instaneous
Idem with Extended Instananeous
GTG00N8T8SR
408850
LT Band shape Choice (LTC or LTF)
GTG00N6T9SR
Dual GF Alarm (Res./Sum or CT)
Zone Selective Interlock on ST, I & GFA
Measurement Unit(1)
Data aquisition & Relay functionality
RELT Instantaneous
Profibus Communication
With standard Instaneous
Idem with Extended Instananeous
GTG00N8T9SR
408854
GT-Rating Plug
Required for all types
GTPUNI
408860
GT Trip Unit with NO
protection
(For Non Automatic types)
G3G00KA-SR
408796
(1) An auxiliary Power Conditioner is obligatory when a fully functioning measurement is required see page A.22
(2) Does NOT trip the associated EntelliGuard™ Breaker, BUT produces an Alarm signal
(3) The use of an interposing current transformer is required (supplied with Trip Unit)
Intro
A
LTDB
RELTi
Electronic Trip Units
ST
Designation
B
C
408852
D
E
408856
F
X
A.27
EntelliGuard™
Spare Parts
Breaker Arc Chutes
Envelope 1
Envelope 2
Envelope 3
Cat. No.
Ref. No.
Cat. No.
Ref. No.
Cat. No.
Ref. No.
Arc Chute for 1 pole
G20HCHT
408102
G40MCHT
408131
G64LCHT
408144
Set for 1pole S & N types
Set for 1pole H type
Set for 1pole E & N types
Set for 1pole H & M types
Set for 1pole L type
G20NARC
G20HARC
408104
408098
G40NARC
G40MARC
408172
408169
G64LARC
408193
System with Interlock 3 pole
System with Interlock 4 pole
G20H2SSL
G20H5SSL
407606
407607
G40M2SSL
G40M5SSL
407636
407637
G64L2SSL
G64L5SSL
407679
407680
Spare Racking Handle
GRHN
408043
GRHN
408043
GRHN
408043
Front Facia
Set of 4 spare Lock cams for use
with Ronis 1104 locks
GFA4
GRONCS
408028
407984
GFA4
GRONCS
408028
407984
GFA4
GRONCS
408028
407984
G13HCLS
G16HCLS
G20HCLS
408097
408100
408103
G20MCLS
G25MCLS
G32MCLS
G40MCLS
408106
408109
408117
408120
G50LCLS
G64LCLS
408145
408148
Order codes
Breaker Fixed Arcing Contacts
Cassette Shutters
Cassette Racking Handle
Intro
A
Breaker front facia part(1)
B
C
Cassette Cluster Contacts
Sets per pole
Current Rating 400-1250A
Current Rating 1600A
Current Rating 2000A
Current Rating ≥2000A
Current Rating 2500A
Current Rating 3200A
Current Rating 4000A
Current Rating 5000A
Current Rating 6400A
D
E
F
X
Breakers and Cassette Spare
Auxiliary Disconnect plugs
Set of Universal Cluster Pliers
GUNI
408047
GUNI
408047
GUNI
408047
For Fixed Breaker
1 39 pole set
For Fixed Breaker
1 78 pole set
For Draw-out Breaker
1 39 pole set
(two can be mounted)
GSFDTR1
408052
GSFDTR1
408052
GSFDTR1
408052
GSFDTR2
408030
GSFDTR2
408030
GSFDTR2
408030
GSDWTR
408054
GSDWTR
408054
GSDWTR
408054
G3G00KA-SR
408796
GT Trip Unit with NO protection (Suited for Non Automatic type)
(1) The original breaker serial number must be indicated on ordering
A.28
EntelliGuard™
Notes
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Spare Parts
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.
Intro
A
B
C
D
E
F
X
A.29
EntelliGuard™
Global Catalogue number structure - Breaker
- Codes built in the indicated manner can be used as an alternative ordering method
- The breaker and its operation mode (Manual or Electrical)
1st digit
3rd & 4th digit
6th digit
7th digit
A product belonging
to the EntelliGuard™
breaker line
Nominal current rating
of the product
Fixed Pattern or Draw-out
Pattern moving portion and
Number of poles
Electrically or Hand
Operated
Order codes
400A
Intro
04
3 pole Fixed Pattern
4
Electrical at:
630A
07
800A
08
3 pole Draw-out
Moving Portion
1
1000A
10
4 pole Fixed Pattern
6
1250A
13
1600A
16
2000A
20
48V AC
G
2500A
25
110-130V AC
H
3200A
32
230-240V AC
J
4000A
40
277V AC
K
5000A
50
380-415V AC
M
6400A
64
440V AC
N
Manual
X
4 pole Draw-out
Moving Portion
3
24V DC
A
48V DC
B
60V DC
C
110-130V DC
E
220-250V DC
F
A
B
G
G
1
3
H
4
X
X
C
Product Type
D
E
F
Circuit Breaker
G
Circuit Breaker with
reduced de-rating
H
Non Automatic (Switch)
no MCR
J
Non Automatic (Switch)
with MCR
W
Non Automatic (Switch)
100% rated no MCR
K
Non Automatic (Switch)
100% rated with MCR
Z
Interruption / short-circuit
withstand rating of the
product
Icu = Ics
Icw
Code
50kA
50kA
S
65kA
65kA
N
85kA
65kA
H
85kA
85kA
E
100kA
85kA
M
100kA
100kA
G
150kA
100kA
L
X
5th digit
(1) Is supplied with a Push Button for Local Breaker operation (fits on breaker front facia)
A.30
Standard
Closing Coil
Command
Closing Coil(1)
24V DC
A
M
40-48VDC 48V AC
B
P
60V DC
D
Q
110-130V AC-DC
E
R
220-240V AC-DC
G
T
250V DC 277V AC
H
U
380-415V AC
K
W
440V AC
L
Y
Manual
X
X
If Electrically Operated add 1 Closing Coil
by indicating voltage rating code.
If manual use an X as indicated
For an overview of the
valid combinations
indicating the available
options see page A.34
2nd digit
Voltage Rating
8th digit
EntelliGuard™
Global Catalogue number structure - Breaker
- Codes built in the indicated manner can be used as an alternative ordering method
- Breaker mounted accessories and Trip Unit
11th digit
A
40-48VDC 48V AC
B
60V DC
C
110-130V AC-DC
E
220-240V AC-DC
G
250V DC 277V AC
H
380-415V AC
K
440V AC
L
Network Interlock
1
None
X
8
Bell Alarm Switch &
Operations Counter
UVR
code
Code to be added
A
1
Mechanical Operations Counter
40-48VDC 48V AC
C
3
60V DC
D
4
110-130V AC-DC
E
5
Bell Alarm 1NO & Mechanical
Operations counter
Ready to Close contact 1 NO
Power Rated on Secondary terminals
Ready to Close contact 1 NO Signal
Rated on Secondary terminals
Ready to Close contact 1 NO Signal
Rated connected through Trip Unit
220-240V AC-DC
G
7
250V DC 277V AC
H
8
380-415V AC
K
W
440V AC
L
Y
None
X
X
A
Bell Alarm 1 NO
24V DC
X
E
F
B
K
L
M
C
G
H
J
X
X
X
X
2
3
None
2
D
1
Add a 2nd or UVR Shunt Release by
indicating the voltage rating code.
if not needed use an X as indicated.
Add 1st Shunt Release by
indicating voltage rating
code. if not needed use an
X as indicated, or '1' for a
network Interlock
1
Shunt
code
Ready to Close contact 1 NO SIgnal
Rated connected Through Trip Unit
24V DC
Voltage Rating
Ready to Close contact 1 NO SIgnal
Rated on Secondary terminals
Code
Ready to Close contact 1 NO Power
Rated on Secondary terminals
2nd Shunt or UVR Release
Voltage Rating
No other contacts installed
Shunt Release
13th digit
X
Catalogue number structure
9th digit
Intro
A
B
C
Auxiliary Switches & Configuration
Code to be added
3NO+3NC (Power Rated)(1)
2
24V DC
1
8NO+8NC (Power Rated)
4
40-48VDC 48V AC
3
3NO/3NC (Power Rated) + 2NO/2NC (Signal)
6
4NO/4NC (Power Rated) + 4NO/4NC Signal)
8
60V DC
4
110-130V AC-DC
5
220-240V AC-DC
7
250V DC 277V AC
8
380-415V AC
W
440V AC
Y
None
X
Add 1st UVR release by using the
indicated code. If a ‘1’ is chosen
as a 9th digit the use of a
Network Interlock with
equivalent voltage is assumed.
The use of an X indicates no
Release installed.
10th digit
No other contacts installed
Code
Voltage Rating
A
B
C
D
E
F
G
H
S
T
J
K
L
M
N
P
Q
R
U
V
Coil Signaling Contact Power (1 NO on Secondary
Disconnect) - Close Coil or command close coil
Coil Signaling Contact High Fidelity through Trip Unit Close Coil or command close coil
Coil Signaling Contact Power (1 NO on Secondary
Disconnect) - 1st Shunt
Coil Signaling Contact High Fidelity through Trip Unit
- 1st Shunt
Coil Signaling Contact Power (1 NO on Secondary
Disconnect) - 1st UVR
Coil Signaling Contact High Fidelity through Trip
Unit - 1st UVR
Coil Signaling Contact Power (1 NO on Secondary
Disconnect) - 2nd ST or 2nd UVR
through Trip Unit - 2nd ST or 2nd UVR Coil Signaling
Contact High Fidelity
Coil Signaling Contact Power (1 NO on Secondary
Disconnect) - All installed devices CC/CCC, ST, or UVR
Coil Signaling Contact Hight Fidelity (1 NO - Through
Trip Unit) - All installed devices. CC/CCC, ST, or UVR
Undervoltage Release
(2)
D
E
F
X
Add one of the chosen combinations by using one of the indicated codes.
12th digit
(1) Each standard breaker or Isolator is normally supplied with 3 NO+3NC Aux. contacts (option 2)
A.31
EntelliGuard™
Global Catalogue number structure - Breaker
- Codes built in the indicated manner can be used as an alternative ordering method
- Breaker mounted accessories and Trip Unit
14th digit
16th, 17th & 18th digit
Order codes
Factory Installed
prevision to mount
a Key lock on the
breakers
Defines Installed GT type Electronic Trip Unit
Basic type
For Ronis or
Profalux
Key lock
R
GT-E
with Ammeter
For Kirk
Key lock
K
GT-S
with Ammeter
Optional Communication
For Castell
type Key lock
C
No prevision
for Key lock
X
Code
E
S
GT-N
with Measurement
Optional Communication
N
Intro
A
B
G
19th digit
X
H
Functionality
Code
LT, LTDB. ST, STDB
01
LT, LTDB. ST, STDB, GF, GFDB
02
LT, LTDB. ST, STDB, I
06
LT, LTDB. ST, STDB, I, GF, GFDB
LT, LTDB. ST, STDB, I, GF, GFDB
* Modbus communication
LT, LTDB. ST, STDB, HI, GF, GFDB
LT, LTDB. ST, STDB, HI, GF, GFDB
* Modbus communication
LT, LTDB. ST, STDB, I
07
LT, LTDB. ST, STDB, I, GF, GFDB
LT, LTDB. ST, STDB, I, GF, GFDB
+ ZSI on ST and GF
+ Modbus communication
LT, LTDB. ST, STDB, HI, GF, GFDB
LT, LTDB. ST, STDB, HI, GF, GFDB
+ ZSI on ST and GF
+ Modbus communication
10
09
03
05
08
D
E
F
X
Mechanical
Interlock Type A
A.32
GT-H
1
Mechanical
Interlock Type B
2
Mechanical
Interlock Type C
3
Mechanical
Interlock Type D
4
No prevision
for Breaker
interlock
X
15th digit
Code
With Measurement,
Relaying and Wave
form capture
Optional, Modbus or
Profibus
Communication
H
A
English
Dutch
French
B
English
Spanish
Portuguese
E
English
Russian
Italian
C
04
12
23
B
Defines Installed GT type Electronic Trip Unit
Basic type
English
German
Polish
11
C
Factory Installed
prevision to mount
a Cable interlock
between breakers
Defines
instruction
manual language
Functionality
Code
LT+ (C+F),LTDB,ST,STDB.GF+EF,HI
13
LT+ (C+F),LTDB,ST,STDB.GF+EF,HI
+ Modbus Communication
14
LT+ (C+F),LTDB,ST,STDB.GF+EF,HI
+ Profibus Communication
15
LT+ (C+F),LTDB,ST,STDB.GF+EF,HI
ZSI on ST, GF & HI
16
Functionality
Code
LT+ (C+F),LTDB,ST,STDB.GF+EF,I
ZSI on ST, GF & I
+ Modbus Communication
28
LT+ (C+F),LTDB,ST,STDB.GF+EF,I
ZSI on ST, GF & I
+ Profibus Communication
29
LT+(C+F),LTDB,ST,STDB.GFA+EFA,& I
30
31
LT+ (C+F),LTDB,ST,STDB.GF+EF,HI
ZSHI on ST, GF & HI
+ Modbus Communication
17
LT+(C+F),LTDB,ST,STDB.GFA+EFA, I
+ Modbus Communication
+ Modbus Communication
LT+ (C+F),LTDB,ST,STDB.GFA+EFA,HI
18
LT+(C+F),LTDB,ST,STDB.GFA+EFA, I
+ Profibus Communication
32
LT+ (C+F),LTDB,ST,STDB.GFA+EFA,HI
+ Modbus Communication
19
LT+C+F),LTDB,ST,STDB.
GFA+EFA,IZSI on ST, GFA & I
33
LT+ (C+F),LTDB,ST,STDB.GFA+EFA,HI
+ Profibus Communication
20
34
LT+ (C+F),LTDB,ST,STDB.GFA+EFA,HI
ZSI on ST, GFA & HI
LT+(C+F),LTDB,ST,STDB.
GFA+EFA,IZSI on ST, GFA & I
+ Modbus Communication
21
LT+ (C+F),LTDB,ST,STDB.GFA+EFA,HI
ZSI on ST, GFA & HI
+ Modbus Communication
35
22
LT+(C+F),LTDB,ST,STDB.GFA+EFA, I,
ZSI on ST, GFA & I
+ Profibus Communication
LT+ (C+F),LTDB,ST,STDB.I
23
LT+ (C+F),LTDB,ST,STDB.I
+ Modbus Communication
36
LT+ (C+F),LTDB,ST,STDB.GF+EF,I
24
LT+ (C+F),LTDB,ST,STDB.GF+EF,I
+ Modbus Communication
LT+ (C+F),LTDB,ST,STDB.I
+ Profibus Communication
37
25
LT+ (C+F),LTDB,ST,STDB.GF+EF,I
+ Profibus Communication
LT+(C+F),LTDB,ST,STDB.GF+EF,HI
+ Profibus Communication
38
26
LT+ (C+F),LTDB,ST,STDB.GF+EF,I
ZSI on ST, GF & I
27
LT+C+F),LTDB,ST,STDB.GFA+EFA,HI
ZSI on ST, GFA & HI
+ Profibus Communication
39
EntelliGuard™
Global Catalogue number structure - Cassette
- Codes built in the indicated manner can be used as an alternative ordering method
- Cassettes supplied together with the breaker
3rd & 4th digit
6th digit
7th digit
9th digit
A product belonging
to the EntelliGuard™
breaker line
Nominal current rating
of the product
Number of Poles of the
Cassette
Connection Mode
Position Indication
switches in Cassette
1600A
16
3 pole
2
2000A
20
4 pole
5
2500A
3200A
U
25
Rear Universal, T
stubs rotatable
-Horizontal or
Vertical busbars
32
Front Flat access
F
4000A
40
6400A
64
Rear Horizontal
busbars
H
Rear Vertical
busbars
V
Set of 1 NO and 1NC
contacts per Position
2
Set of 2 NO and 2NC
contacts per Position
4
No Switches
Mounted
X
Catalogue number structure
1st digit
Intro
A
G
G
13
H
2
U
X
X
B
X
C
Maximum interruption / short-circuit
withstand rating of the Breaker used
with the Cassette
Suitable for:
Standard Circuit Breaker or
standard Non
Automatic type
G
Icu = Ics
Icw
Code
50kA
50kA
S
85kA
Circuit Breaker or
standard Non Automatic type
with reduced derating
H
Delivered mounted with
breaker or separately(2)
Mounted with breaker
Delivered as separate
component
M
Factory Installed
prevision to mount a
Key lock on the cassette
For 1 Ronis Key lock
R
R
For 2 Ronis Key locks
S
For 1 Profalux Key lock
P
65kA
H
100kA
85kA
M
For 2 Profalux Key locks
Q
150kA
100kA
L
No Lock Prevision mounted
X
D
E
F
2nd digit
5th digit
8th digit
10th digit(1)
X
For an overview of the
valid combinations
indicating the available
options see page A.34
(1) 11 and 12th digit reserved for future use
(2) The 10th and 11th digit are reserved for future expansion of the ordering code system (An X or - is used as temporary filler)
A.33
EntelliGuard™
Valid Catalogue number combinations
Factory mounted: Available standard Breaker & Cassette types
Order codes
3 pole Breakers in Fixed Pattern
Intro
A
B
C
D
E
F
X
A.34
4 pole Breakers in Fixed Pattern
3 pole Breakers; Draw-out
Portion only
3 pole Breakers; Standard
Cassette for Draw-out portion
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
GG04E4
GG04H4
GG04M4
GG04N4
GG04S4
GG07E4
GG07H4
GG07M4
GG07N4
GG07S4
GG08E4
GG08H4
GG08M4
GG08N4
GG08S4
GG10E4
GG10H4
GG10M4
GG10N4
GG10S4
GG13E4
GG13H4
GG13M4
GG13N4
GG13S4
GG16E4
GG16H4
GG16M4
GG16N4
GG16S4
GG20E4
GG20H4
GG20M4
GG20N4
GG20S4
GG25H4
GG25M4
GG25N4
GG32G4
GG32H4
GG32L4
GG32M4
GG32N4
GG40G4
GG40H4
GG40L4
GG40M4
GG40N4
GG64L4
GG64M4
GG50L4
GG50M4
407003
407007
407011
407015
407019
407032
407036
407040
407044
407048
407062
407066
407070
407074
407078
407092
407096
407100
407104
407108
407122
407126
407130
407134
407138
407152
407156
407160
407164
407168
407192
407196
407200
407204
407208
407232
407236
407240
407252
407244
407254
407262
407266
407270
407280
407284
407288
407292
407322
407326
407302
407306
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
GG04E6
GG04H6
GG04M6
GG04N6
GG04S6
GG07E6
GG07H6
GG07M6
GG07N6
GG07S6
GG08E6
GG08H6
GG08M6
GG08N6
GG08S6
GG10E6
GG10H6
GG10M6
GG10N6
GG10S6
GG13E6
GG13H6
GG13M6
GG13N6
GG13S6
GG16E6
GG16H6
GG16M6
GG16N6
GG16S6
GG20E6
GG20H6
GG20M6
GG20N6
GG20S6
GG25H6
GG25M6
GG25N6
GG32H6
GG32G6
GG32L6
GG32M6
GG32N6
GG40G6
GG40H6
GG40L6
GG40M6
GG40N6
GG50L6
GG50M6
GG64L6
GG64M6
407004
407008
407012
407016
407020
407033
407037
407041
407045
407049
407063
407067
407071
407075
407079
407093
407097
407101
407105
407109
407123
407127
407131
407135
407139
407153
407157
407161
407165
407169
407193
407197
407201
407205
407209
407233
407237
407241
407245
407253
407255
407263
407267
407271
407281
407285
407289
407293
407303
407307
407323
407327
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
A.4
GG04E1
GG04H1
GG04M1
GG04N1
GG04S1
GG07E1
GG07H1
GG07M1
GG07N1
GG07S1
GG08E1
GG08H1
GG08M1
GG08N1
GG08S1
GG10E1
GG10H1
GG10M1
GG10N1
GG10S1
GG13E1
GG13H1
GG13M1
GG13N1
GG13S1
GG16E1
GG16H1
GG16M1
GG16N1
GG16S1
GG20E1
GG20H1
GG20M1
GG20N1
GG20S1
GG25H1
GG25M1
GG25N1
GG32G1
GG32H1
GG32L1
GG32M1
GG32N1
GG40G1
GG40H1
GG40L1
GG40M1
GG40N1
GG50L1
GG50M1
GG64L1
GG64M1
GH32H1
GH32M1
GH32N1
GH40H1
GH40M1
GH40N1
407001
407005
407009
407013
407017
407030
407034
407038
407042
407046
407060
407064
407068
407072
407076
407090
407094
407098
407102
407106
407120
407124
407128
407132
407136
407150
407154
407158
407162
407166
407190
407194
407198
407202
407206
407230
407234
407238
407250
407242
407248
407260
407264
407268
407278
407282
407286
407290
407300
407304
407320
407324
407346
407348
407350
407352
407354
407356
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.9
A.9
A.9
A.9
A.9
A.9
GG16H2FM
GG16H2UM
GG16S2FM
GG16S2UM
GG20H2FM
GG20H2UM
GG20M2FM
GG20M2UM
GG25M2FM
GG25M2UM
GG32M2FM
GG32M2UM
GG40M2FM
GG40M2UM
GG64L2UM
GH32M2VM
GH40M2VM
408200
408202
407626
407616
408210
408212
408222
408224
408234
408236
408245
408247
408257
408259
408281
408292
408294
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
EntelliGuard™
Valid Catalogue number combinations
Factory mounted: Available standard Breaker, Cassette and Trip Unit types
4 pole Breakers; Standard
Cassette for Draw-out portion
Global Trip Units
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
GG04E3
GG04H3
GG04M3
GG04N3
GG04S3
GG07E3
GG07H3
GG07M3
GG07N3
GG07S3
GG08E3
GG08H3
GG08M3
GG08N3
GG08S3
GG10E3
GG10H3
GG10M3
GG10N3
GG10S3
GG13E3
GG13H3
GG13M3
GG13N3
GG13S3
GG16E3
GG16H3
GG16M3
GG16N3
GG16S3
GG20E3
GG20H3
GG20M3
GG20N3
GG20S3
GG25H3
GG25M3
GG25N3
GG32G3
GG32H3
GG32L3
GG32N3
GG40G3
GG40H3
GG40L3
GG40M3
GG40N3
GG50L3
GG50M3
GG64L3
GG64M3
GGM3M3
GH32H3
GH32M3
GH32N3
GH40H3
GH40M3
GH40N3
407002
407006
407010
407014
407018
407031
407035
407039
407043
407047
407061
407065
407069
407073
407077
407091
407095
407099
407103
407107
407121
407125
407129
407133
407137
407151
407155
407159
407163
407167
407191
407195
407199
407203
407207
407231
407235
407239
407251
407273
407249
407265
407269
407279
407283
407287
407291
407301
407305
407321
407325
407261
407347
407349
407351
407353
407355
407357
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.8
A.9
A.9
A.9
A.9
A.9
A.9
GG16H5FM
GG16H5UM
GG16S5FM
GG16S5UM
GG20H5FM
GG20H5UM
GG20M5FM
GG20M5UM
GG25M5FM
GG25M5UM
GG32M5FM
GG32M5UM
GG40M5FM
GG40M5UM
GG64L5UM
GH32M5VM
GH40M5VM
408203
408205
407628
407618
408213
408215
408225
408227
408237
408239
408249
408251
408261
408263
408283
408293
408295
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
GTG00K1-SF
GTG00K2-SF
GTG00K3-2SF
GTG00K3-4SF
GTG00K3-SF
GTG00K3T6SF
GTG00K4-2SF
GTG00K4-4SF
GTG00K4-SF
GTG00K4T6SF
GTG00K9-4SF
GTG00K9-SF
GTG00N5-5SF
GTG00N5-8SF
GTG00N5-9SF
GTG00N5T5SF
GTG00N5T8SF
GTG00N5T9SF
GTG00N6-5SF
GTG00N6-8SF
GTG00N6-9SF
GTG00N6T5SF
GTG00N6T8SF
GTG00N6T9SF
GTG00N7-5SF
GTG00N7-8SF
GTG00N7-9SF
GTG00N7T5SF
GTG00N7T8SF
GTG00N7T9SF
GTG00N8-5SF
GTG00N8-8SF
GTG00N8-9SF
GTG00N8T5SF
GTG00N8T8SF
GTG00N8T9SF
GTG00N9-5SF
GTG00N9-8SF
GTG00N9-9SF
GTPUNI
GTPUNI
GTPUNI
GTPUNI
GTPUNI
GTPUNI
GTPUNI
GTPUNI
GTPUNI
GTPUNI
GTPUNI
GTPUNI
408800
408801
408807
408815
408805
408817
408808
408816
408806
408818
408813
408803
408825
408833
408841
408829
408837
408845
408826
408834
408842
408830
408838
408846
408827
408835
408843
408831
408839
408847
408828
408836
408844
408832
408840
408848
408823
408863
408865
408860
408860
408860
408860
408860
408860
408860
408860
408860
408860
408860
408860
A.12
A.12
A.12
A.13
A.12
A.13
A.12
A.13
A.12
A.13
A.13
A.12
A.14
A.14
A.14
A.14
A.14
A.14
A.16
A.16
A.16
A.16
A.16
A.16
A.15
A.15
A.15
A.15
A.15
A.15
A.16
A.16
A.16
A.16
A.16
A.16
A.14
A.14
A.14
A.12
A.12
A.12
A.12
A.12
A.13
A.13
A.13
A.14
A.14
A.15
A.16
Catalogue number combinations
4 pole Breakers; Draw-out
Portion only
Intro
A
B
C
D
E
F
X
A.35
EntelliGuard™
Valid Catalogue number combinations
Order codes
Factory mounted: Available standard Isolator & Cassette types
Intro
A
B
C
D
E
F
X
A.36
3 pole Isolators; Draw-out
Portion only
3 pole Isolators; Standard
Cassette for Draw-out portion
3 pole Isolators in Fixed Pattern
4 pole Isolators in Fixed Pattern
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
GJ04S4
GJ07S4
GJ08S4
GJ10S4
GJ13S4
GJ16S4
GJ20S4
GJ25N4
GJ32L4
GJ32N4
GJ40L4
GJ40N4
GJ50L4
GJ64L4
GW04M4
GW04N4
GW07M4
GW07N4
GW08M4
GW08N4
GW10M4
GW10N4
GW13M4
GW13N4
GW16M4
GW16N4
GW20M4
GW20N4
GW25M4
GW32M4
GW40M4
407380
407400
407420
407440
407460
407480
407500
407520
407535
407539
407556
407560
407567
407577
408350
407376
408352
407396
408354
407416
408356
407436
408358
407456
408360
407476
408362
407496
408364
408366
408368
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
GJ04S6
GJ07S6
GJ08S6
GJ10S6
GJ13S6
GJ16S6
GJ20S6
GJ25N6
GJ32L6
GJ32N6
GJ40L6
GJ40N6
GJ50L6
GJ64L6
GW04M6
GW04N6
GW07M6
GW07N6
GW08M6
GW08N6
GW10M6
GW10N6
GW13M6
GW13N6
GW16M6
GW16N6
GW20M6
GW20N6
GW25M6
GW32M6
GW40M6
407381
407401
407421
407441
407461
407481
407501
407521
407536
407540
407557
407561
407568
407578
408351
407377
408353
407397
408355
407417
408357
407437
408359
407457
408361
407477
408363
407497
408365
408367
408369
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
GJ04S1
GJ07S1
GJ08S1
GJ10S1
GJ13S1
GJ16S1
GJ20S1
GJ25N1
GJ32L1
GJ32N1
GJ40L1
GJ40N1
GJ50L1
GJ64L1
GK32N1
GK40N1
GW04M1
GW04N1
GW07M1
GW07N1
GW08M1
GW08N1
GW10M1
GW10N1
GW13M1
GW13N1
GW16M1
GW16N1
GW20M1
GW20N1
GW25M1
GW32M1
GW40M1
GZ32H1
GZ40H1
407378
407398
407418
407438
407458
407478
407498
407518
407533
407537
407554
407558
407565
407575
407591
407595
408400
407374
408402
407394
408404
407414
408406
407434
408408
407454
408410
407474
408412
407494
408414
408416
408418
407589
407593
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
GG16H2FM
GG16H2UM
GG16S2FM
GG16S2UM
GG20H2FM
GG20H2UM
GG20M2FM
GG20M2UM
GG25M2FM
GG25M2UM
GG32M2FM
GG32M2UM
GG40M2FM
GG40M2UM
GG64L2UM
GH32M2VM
GH40M2VM
408200
408202
407626
407616
408210
408212
408222
408224
408234
408236
408245
408247
408257
408259
408281
408292
408294
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
EntelliGuard™
Valid Catalogue number combinations
Factory mounted: Available standard Isolator & Cassette types
4 pole Isolators; Standard
Cassette for Draw-out portion
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
GJ04S3
GJ07S3
GJ08S3
GJ10S3
GJ13S3
GJ16S3
GJ20S3
GJ25N3
GJ32L3
GJ32N3
GJ40L3
GJ40N3
GJ50L3
GJ64L3
GK32N3
GK40N3
GW04M3
GW04N3
GW07M3
GW07N3
GW08M3
GW08N3
GW10M3
GW10N3
GW13M3
GW13N3
GW16M3
GW16N3
GW20M3
GW20N3
GW25M3
GW32M3
GW40M1
GZ32H3
GZ40H3
407379
407399
407419
407439
407459
407479
407499
407519
407534
407538
407555
407559
407566
407576
407592
407596
408401
407375
408403
407395
408405
407415
408407
407435
408409
407455
408411
407475
408413
407495
408415
408417
408418
407590
407594
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
GG16H5FM
GG16H5UM
GG16S5FM
GG16S5UM
GG20H5FM
GG20H5UM
GG20M5FM
GG20M5UM
GG25M5FM
GG25M5UM
GG32M5FM
GG32M5UM
GG40M5FM
GG40M5UM
GG64L5UM
GH32M5VM
GH40M5VM
408203
408205
407628
407618
408213
408215
408225
408227
408237
408239
408249
408251
408261
408263
408283
408293
408295
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
Catalogue number combinations
4 pole Isolators; Draw-out
Portion only
Intro
A
B
C
D
E
F
X
A.37
EntelliGuard™
Valid Catalogue number combinations
Accessories, Factory and Field mountable
Order codes
Factory Mounted Accessories
Intro
A
B
C
D
E
F
X
A.38
Field Mountable Alternative
versions
Accessories only available as
Factory Mounted types
Accessories only available in
Field Mountable versions
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
GAS5
GAS6
GAS8
GBAT1
GBCAS
GBPRO
GBRON
GCCC024D
GCCC048
GCCC060D
GCCC120
GCCC240
GCCC277
GCCC400A
GCCC440A
GCCN024D
GCCN048
GCCN060D
GCCN120
GCCN240
GCCN277
GCCN400A
GCCN440A
GCPRO
GCPS1
GCPS2
GCRON
GCSP1
GCSP2
GM01024D
GM01048A
GM01048D
GM01060D
GM01110D
GM01120A
GM01240A
GM01250D
GM01400A
GM01440A
GM02024D
GM02048A
GM02048D
GM02060D
GM02110D
GM02120A
GM02240A
GM02250D
GM02400A
GM02440A
GMCN
GSTR024D
GSTR048
GSTR060D
GSTR120
GSTR240
GSTR277
GSTR400A
GSTR440A
GUVT024D
GUVT048
GUVT060D
GUVT120
GUVT240
GUVT277
GUVT400A
GUVT440A
407886
407887
407888
407891
407970
407978
407971
407836
407838
407840
407842
407844
407849
407852
407853
407861
407863
407865
407867
407869
407870
407877
407878
407980
407922
407923
407976
407895
407896
407700
407710
407702
407704
407706
407712
407714
407708
407716
407718
407725
407735
407727
407729
407731
407737
407739
407733
407741
407743
408035
407770
407772
407774
407776
407778
407780
407782
407784
407795
407797
407799
407801
407803
407805
407807
407809
A.17
A.17
A.17
A.17
A.18
A.18
A.18
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.18
A.17
A.17
A.18
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.18
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
A.17
GAS5R
GAS6R
GAS8R
GBAT1R
GBCASR
GBPROR
GBRONR
GCCC024DR
GCCC048R
GCCC060DR
GCCC120R
GCCC240R
GCCC277R
GCCC400AR
GCCC440AR
GCCN024DR
GCCN048R
GCCN060DR
GCCN120R
GCCN240R
GCCN277R
GCCN400AR
GCCN440AR
GCPROR
GCPS1R
GCPS2R
GCRONR
GCSP1R
GCSP2R
GM01024DR
GM01048AR
GM01048DR
GM01060DR
GM01110DR
GM01120AR
GM01240AR
GM01250DR
GM01400AR
GM01440AR
GM02024DR
GM02048AR
GM02048DR
GM02060DR
GM02110DR
GM02120AR
GM02240AR
GM02250DR
GM02400AR
GM02440AR
GMCNR
GSTR024DR
GSTR048R
GSTR060DR
GSTR120R
GSTR240R
GSTR277R
GSTR400AR
GSTR440AR
GUVT024DR
GUVT048R
GUVT060DR
GUVT120R
GUVT240R
GUVT277R
GUVT400AR
GUVT440AR
407881
407882
407883
407889
407967
407979
407968
407835
407837
407839
407841
407843
407850
407851
407854
407860
407862
407864
407866
407868
407871
407876
407879
407981
407924
407925
407974
407915
407916
407701
407711
407703
407705
407707
407713
407715
407709
407717
407719
407726
407736
407728
407730
407732
407738
407740
407734
407742
407744
408033
407771
407773
407775
407777
407779
407781
407783
407785
407796
407798
407800
407802
407804
407806
407808
407810
A.20
A.20
A.20
A.20
A.21
A.21
A.21
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.21
A.20
A.20
A.21
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.21
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
A.20
GI2FAD
GI2WAD
GI3FB
GI3FC
GI3FDT
GI3WB
GI3WC
GI3WDT
GNTK120
GNTK240
GRTC1
GRTC2
GRTC3
407900
407901
407902
407904
407906
407903
407905
407907
407753
407754
407897
407899
407894
A.18
A.18
A.18
A.18
A.18
A.18
A.18
A.18
A.17
A.17
A.17
A.17
A.17
G16H4ED
G16H4FFI
G16H6ED
G16H4RVI
G16H6FFI
G16H6RVI
G20H4ED
G20H4FFI
G20H4RVIn
G20H6ED
G20H6FFI
G20H6RVIn
G32M4FFI
G32M4RVI
G32M6FFI
G32M6RVI
G40M4ED
G40M4FFI
G40M4RVI
G40M6ED
G40M6FFI
G40M6RVI
G54DR
G64L4RVI
G64L6RVI
G64M4ED
G64M6ED
GAPU
GAS3R
GCAS
GCB1
GCB2
GCB3
GCB4
GCB5
GCB6
GCB7
GCNTW
GDPRF
GDPRW
GFMTG
GJP
GLHD
GLB3
GLB1
GMPU1
GMPU2
GMPU3
GPBD
GPRO
GREPM
GRHD
GRON
GRONCS
GTDM048A
GTDM060D
GTDM120A
GTDM120D
GTDM240A
GTDM240D
GTDM250D
GTDM277A
GTDM400A
GTDM440A
GTUS
GTUTK20
407930
408060
407931
408058
408062
408082
407932
408061
408059
407933
408063
408083
408066
408070
408068
408071
407934
408067
408072
407935
408069
408074
408038
408073
408075
407936
407937
408789
407880
407986
407990
407991
407992
407993
407994
407995
407996
408036
408025
408026
408085
408057
408039
408049
408045
408790
408791
408792
408040
407987
408041
408042
407985
407984
407816
407817
407818
407819
407820
407821
407823
407822
407824
407825
408046
407999
A.22
A.6
A.22
A.6
A.6
A.6
A.22
A.6
A.6
A.22
A.6
A.6
A.6
A.6
A.6
A.6
A.22
A.6
A.6
A.22
A.6
A.6
A.23
A.6
A.6
A.22
A.22
A.22
A.20
A.21
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.23
A.23
A.23
A.6
A.23
A.23
A.23
A.23
A.22
A.22
A.22
A.23
A.21
A.23
A.23
A.21
A.28
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
EntelliGuard™
Valid Catalogue number combinations
Accessories, Sensors, Cassettes, Trip Units ans Spares
Separately available Standard
Cassette for Draw-out portion
Separately available ‘Plug &
Play’ Trip Units
Separately available Spare Parts
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
Cat. No
Ref. No.
Page
G04HNCT
G04HNRC
G07HNCT
G07HNRC
G08HNCT
G08HNRC
G10HNCT
G10HNRC
G13HNCT
G13HNRC
G16HNCT
G16HNRC
G20HNCT
G20HNRC
G25MNCT
G25MNRC
G32LNCT
G32LNRC
G40LNCT
G40LNRC
G50LNCT
G50LNRC
G64LNCT
G64LNRC
408300
408000
408301
408001
408302
408002
408303
408003
408304
408004
408305
408005
408306
408006
408322
408162
408331
408186
408332
408187
408333
408188
408334
408189
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
GG16S2FR
GG16S2UR
GG16S5UR
GG16S5FR
GG16H2FR
GG16H2UR
GG16H5FR
GG16H5UR
GG20H2FR
GG20H2UR
GG20H5FR
GG20H5UR
GG20M2FR
GG20M2UR
GG20M5FR
GG20M5UR
GG25M2FR
GG25M2UR
GG25M5FR
GG25M5UR
GG32M2FR
GG32M2UR
GG32M5FR
GG32M5UR
GG40M2FR
GG40M2UR
GG40M5FR
GG40M5UR
GG64L2UR
GG64L5UR
GH32M2VR
GH32M5VR
GH40M2VR
GH40M5VR
407627
407617
407619
407629
407610
407612
407613
407615
407620
407622
407623
407625
407630
407632
407633
407635
407640
407642
407643
407645
407650
407652
407654
407656
407658
407666
407668
407670
407686
407688
408254
408255
408267
408268
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
GTG00K2-SR
GTG00K4-2SR
GTG00K4T6SR
GTG00N5T8SR
GTG00N5T9SR
GTG00N6T8SR
GTG00N6T9SR
GTG00N7T8SR
GTG00N7T9SR
GTG00N8T8SR
GTG00N8T9SR
GTPUNI
408802
408809
408819
408849
408853
408850
408854
408851
408855
408852
408856
408860
A.26
A.26
A.26
A.27
A.27
A.27
A.27
A.27
A.27
A.27
A.27
A.12
G13HCLS
G16HCLS
G20H2SSL
G20H5SSL
G20HARC
G20HCHT
G20HCLS
G20MCLS
G20NARC
G25MCLS
G32MCLS
G40M2SSL
G40M5SSL
G40MARC
G40MCHT
G40MCLS
G40NARC
G50LCLS
G64L2SSL
G64L5SSL
G64LARC
G64LCHT
G64LCLS
GFA4
GRHN
GSFDTR1
GSFDTR2
GSDWTR
GUNI
408097
408100
407606
407607
408098
408102
408103
408106
408104
408109
408117
407636
407637
408169
408131
408120
408172
408145
407679
407680
408193
408144
408148
408028
408043
408052
408030
408054
408047
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
Catalogue number combinations
Sensors (CT & Rogowski) for
Ground & Earth fault options
Intro
A
B
C
D
E
F
X
A.39
EntelliGuard™
Notes
Intro
A
B
C
D
E
F
X
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EntelliGuard™
Electronic Trip Units
B.2
Electronic Trip Units layout & main menu
B.3
Overload Protection LT-C and LTD
B.4
Overload Protection LT-F and LTD
B.5
Table indicating available Long Time settings
B.6
Short-circuit Protection ST and STDB
B.7
Short-circuit Protection ST and I2T slope
B.8
Short-circuit Protection; Instantaneous (I)
B.9
Overcurrent Protection against Short-circuit: Extended range
B.10
Short-circuit Protection temporary reduced I (RELT)
B.11
Setting limitations of Short-circuit devices - Short-circuit Protection: HSIOC, MCR
B.12
Ground fault Protection: GF and GFD (Residual Type)
B.13
Ground fault Protection: GF and I2t slope
B.14
Ground Fault Protection
B.15
Zone Selective Interlock, Load Shedding and Trip indication
B.16
Measurement Functions and Power Supplies
B.17
Protective Relaying Functions; Relay and Trip Unit Inputs Wave Form Capture option
B.18
Communications Neutral protection, Reset Choice Rating Plug and Test Kit
B.19
Overview of GT Electronic Trip Unit functionality
Time Current Curves (cold state)
B.20
LT Protection device
B.21
LT Protection device
B.22
LT & ST Protection device
B.23
ST Protection device
B.24
ST and I Protection device
B.25
HSIOC & GF Protection device
B.26
GF Protection device
B.27
Terminology
B.28
Example of Full Time Current curve
The breaker
Intro
Order Codes
A
Electronic Trip Units
B
Breaker Accessories
C
Application Guide
D
Wiring Diagrams
E
Dimensions
F
Numerical index
X
B.1
EntelliGuard™
Electronic Trip Units layout & Main menu
Electronic Trip Units
State of the Art Electronic Trip Unit
All EntelliGuard™ Power Circuit Breakers are equipped with a digital electronic trip unit,
available in four basic versions E, S, N and H. Each has a common design that comes with a
screen providing an ammeter and allowing a simple and accurate menu driven adjustment of
the breaker parameters across a broad current range.
All functionality is menu driven accessed by using 4 setting and one enter key thus allowing a
fast and accurate setting of the device. These have the following functionality:
UP: Scroll up, Increment Value
Ç
DOWN: Scroll down, Decrement value
È
NEXT function, next page
Æ
PREVIOUS function, previous page
Å
SAVE setting into memory
Å
After inserting the Universal rating plug, the device can be adjusted and the installed options
set. In situations where the installation is not yet connected to the power supply, the use of the
separately available TESTER with Power Pack is advised (Cat No. GTUTK20).
Alternatively the internal Trip Unit Battery power pack can be used. Depressing any key on the
face of the trip unit powers the unit from its internal battery. Battery power is maintained for
20 seconds after the last key is pressed. All normal setup, meter, and status functions can be
performed with battery power. In Power On situations the Trip Unit display is only functional
when the breaker is carrying at least 20% of its nominal current value (Single phase).
Intro
SET UP
METER
A
STATUS
EVENTS
B
C
SET UP
D
METER
STATUS
E
EVENTS
F
SET UP
METER
X
SET UP MENU
To enter this option begin the process by pressing the UP or DOWN key until SETUP is selected
on the screen. Pressing the NEXT or PREVIOUS key allows one to enter the setup mode. After
selecting this mode, all functions can be chosen by depressing the NEXT or PREVIOUS key.
Within the setup menu all breaker protection values, trip unit parameters, relaying functions in
and outputs, communication and trip unit access codes are set
Each EntelliGuard™ Electronic trip units provides long-time over-current protection (LT), longtime delay (LTD) and some form of Short-circuit over-current protection (ST and/or I, H, RELT).
Depending on the chosen Trip Unit Tier or Type and the selected options a, host of other
protection, metering relaying functions and a wave form capture option are available.
In the following pages each of these functions are described in detail. A set of tabs placed
below each description indicate in which Trip Unit Tier the described function is present.
METER
To enter this option begin the process by pressing the UP or DOWN key until to METER is
selected on the screen. Pressing the NEXT or PREVIOUS key allows one to view various groups
of measurements as Current, Voltage, real, apparent and reactive Power for the electrical
system protected by the device. Both currents and voltages are computed as true rms values.
All EntelliGuard™ Trip Units are equipped with an Ammeter. The full measurement package is
offered in the GT-N and GT-H variants. The ammeter and other measurement options are only
available when the trip unit is powered by the distribution system, the internal Trip Unit batteries or the external Test/battery pack. The full measurement package requires the use of a
separately available 3 phase instrument transformer and Power Conditioner pack.
STATUS
To enter this option begin the process by pressing the UP or DOWN key until STATUS is selected
on the screen. The Status option indicates the present status and settings of the trip unit and
circuit breaker.
STATUS
EVENTS
SET UP
METER
STATUS
EVENT
EVENTSLOG
B.2
EVENTS
To enter this option begin the process by pressing the UP or DOWN key until EVENTS is selected
on the screen. Pressing the NEXT or PREVIOUS key allows one to access events. Here a total
of 10 events with data as event type and event magnitude are stored. The connection of a
24V DC auxiliary supply to the Trip Unit will expand this option to include a time stamp of
each event.
Tripping events as LT, ST, I GF, Overload Trip imminent (pre alarm) or any other, release or relay
trip event are visualized with the associated levels. It is possible to clear this so called “trip
register” locally. If the Trip Unit is equipped with this option, a history of up to 256 Tripping
occurrences with data as event type and event magnitude are stored.
EntelliGuard™
Overload Protection LT-C and LTD
SET UP
SET
CURRENT
METER
1000A
STATUS
Ie
LONG TIME
pickup
0.5
BAND
C5
Ir = 500A
EVENTS
EntelliGuard GT Electronic Trip Unit
10000
2h
- Time Current Curve
LT- Protection Device
C bands
Overload Protection
Overload (LT-C) Protection
The EntelliGuard™ Electronic Trip has an
extremely accurate and easy to set overload or
Long Time (LT-C) Protection. It is designed to pick
up overloads that exceed 112% of the set value
within two hours with a tolerance of 10%(1).
The available 66 different current adjustments
(see page B.4) result in an extremely broad
setting range of 0,2 to 1 times the chosen breaker
rating (In).
The LT-C type is designed to be used in
association with down- and upstream circuit
breakers and has a so called I2t shape producing
a curve form similar to standard industrial
thermal magnetic protection devices.
The Time-Current protection curve depicted here
is drawn in cold state. A thermal model in the
device corrects for the heating of the connected
lines and equipment. This device continues
to track cooling even when disconnected in
‘Thermal Memory’. The reconnection of power
to over-heated lines and equipment thus being
prevented. Thermal Memory tracks events after
power disconnection for up to 12 minutes.
In order to allow an accurate adjustment to the
thermal properties of the protected equipment
and to finely match the curve with those of
Upstream & Downstream devices 22 LTD time
bands are available.
The table indicates the minimum delay time and
maximum total interruption times for 3 frequently
used reference points on the curve of each band.
The graph portrays the LT behaviour for the
time-current bands C-4, C- 8, C-13 & C-22.
Intro
1000
A
B
100
C
Tripping Time In Seconds (s)
10
D
E
1
F
X
0,1
1,00
10,00
x Breaker Rating In
100,00
7,2 x
]
Overload Tripping times at indicated overload levels per selected LTD band, in Seconds
x Ir
Cmin C-2 C-3 C-4
Max. 7,8 23,4 46,7 62,3
1.5
Min. 4,0 12,0 24,0 32,0
Max. 1,3 3,86 7,73 10,3
3
Min. 0,80 2,41 4,82 6,43
Max. 0,21 0,62 1,24 1,66
7.2
Min. 0,13 0,40 0,81 1,07
Motor Protection Class to IEC 947-4
Standard on
C-5
93,4
48,0
15,5
9,64
2,49
1,61
C-6
125
64,1
20,6
12,9
3,32
2,15
C-7 C-8
156 187
80,1 96,1
25,8 30,9
16,1 19,3
4,15 4,98
2,69 3,22
10b
GT-E
C-9
218
112
36,1
22,5
5,81
3,76
C-10
249
128
41,2
25,7
6,64
4,30
GT-S
C-11
280
144
46,4
28,9
7,47
4,83
10
C-12
311
160
51,5
32,1
8,30
5,37
C-13
374
192
61,8
38,6
9,96
6,45
C-14
436
224
72,1
45,0
11,6
7,52
20
GT-N
C-15
498
256
82,4
51,4
13,3
8,60
C-16
560
288
92,7
57,8
14,9
9,67
C-17
623
320
103
64,3
16,6
10,7
30
C-18
685
352
113
70,7
18,3
11,8
C-19
747
384
124
77,1
19,9
12,9
C-20 C-21
810 872
416 448
134 144
83,6 90,0
21,6 23,2
14,0 15,0
40
Cmax
934
480
155
96,4
24,9
16,1
GT-H
(1) Meeting the requirements of IEC 90647-2 and IEC 90647-4
B.3
EntelliGuard™
Electronic Trip Units
Overload Protection LT-F and LTD
Intro
A
B
C
Overload (LT-F) Protection
Optionally a second type of overload
protection is available. Designed to pick up
overloads that exceed 112% of the set value
within two hours, with a tolerance of 10%(1), it
has the same 66 different current adjustments
as the standard type thus offering a extremely
broad setting range of 0,2 to 1 times the
chosen breaker rating.
The Time-Current protection curve depicted
here is drawn in cold state. A thermal model
in the device corrects for the heating of
the connected lines and equipment. This
device continues to track cooling even
when disconnected in ‘Thermal Memory’.
The reconnection of power to over- heated
lines and equipment thus being prevented.
Thermal Memory tracks events after power
disconnection for up to 12 minutes.
The LT-F device is designed to be used
in association with down- and upstream
Fuses and produces a curve form similar to
those of standard industrial fuses. A total
of 22 LTD time bands are available, thus
extending the total number of bands to 44.
The table indicates the minimum delay time
and maximum total interruption times for 3
frequently used reference points on the curve
of each band.
The graph portrays the LT behaviour for the
time-current bands F-4, F-9, F-15 and F-22.
SET UP
SET
CURRENT
METER
1000A
STATUS
Ie
LONG TIME
pickup
0.5
BAND
F2
Ir = 500A
EVENTS
EntelliGuard GT Electronic Trip Unit
10000
- Time Current Curve
LT- Protection Device
- F Bands
2h
1000
100
10
D
Tripping Time In Seconds (s)
E
F
X
1
0,1
1,00
10,00
100,00
x Breaker Rating In
]
Overload Tripping times at indicated overload levels per selected LTD band. in Seconds
x Ir
Max.
Min.
Max.
3
Min.
Max.
7,2
Min.
1,5
Fmin
1,44
0,64
0,09
0,04
Standard on
B.4
F-2
4,19
1,87
0,26
0,12
F-3
7,62
3,39
0,48
0,21
F-4
11,9
5,30
0,74
0,33
F-5
17,2
7,67
1,08
0,48
0,03
0,01
F-6
23,9
10,7
1,50
0,67
0,05
0,02
F-7
32,3
14,4
2,01
0,90
0,06
0,03
F-8
42,8
19,0
2,67
1,19
0,08
0,04
F-9
56
25
3,49
1,55
0,11
0,05
F-10
72
32
4,51
2,01
0,14
0,06
F-11
93
41
5,80
2,57
0,18
0,08
F-12
118
53
7,39
3,29
0,22
0,10
F-13
150
67
9,39
4,18
0,28
0,13
F-14
190
85
11,9
5,29
0,36
0,16
F-15
239
107
15,0
6,68
0,45
0,20
F-16
302
135
18,9
8,41
0,57
0,25
F-17
380
169
23,8
10,6
0,72
0,32
GT-H
F-18
477
213
29,9
13,3
0,90
0,40
F-19
600
267
37,5
16,7
1,13
0,50
F-20
752
335
47,0
20,9
1,42
0,63
F-21
942
419
58,9
26,2
1,78
0,79
Fmax
1153
514
72,1
32,1
2,18
1,03
EntelliGuard™
Table indicating available Long Time settings
Per chosen Breaker Rating (In) 66 Current values (Ir) can be set
400
380
360
340
320
300
280
260
240
220
200
630
599
567
536
504
473
441
410
378
347
315
800
760
720
680
640
600
560
520
480
440
400
1000
950
900
850
800
750
700
650
600
550
500
1250
1188
1125
1063
1000
938
875
813
750
688
625
1600
1520
1440
1360
1280
1200
1120
1040
960
880
800
Primary Setting Ie values in Amps
Secundary Setting Ir values in Amps
390
385
380
180
371
366
361
171
351
347
342
162
332
327
323
153
312
308
304
144
293
289
285
135
273
270
266
126
254
250
247
117
234
231
228
108
215
212
209
99
195
193
190
90
615
610
605
280
584
580
575
266
554
549
545
252
523
519
514
238
492
488
484
224
461
458
454
210
431
427
424
196
400
397
393
182
369
366
363
168
338
336
333
154
308
305
303
140
784
776
768
350
745
737
730
333
706
698
691
315
666
660
653
298
627
621
614
280
588
582
576
263
549
543
538
245
510
504
499
228
470
466
461
210
431
427
422
193
392
388
384
175
980
970
960
450
931
922
912
428
882
873
864
405
833
825
816
383
784
776
768
360
735
728
720
338
686
679
672
315
637
631
624
293
588
582
576
270
539
534
528
248
490
485
480
225
1225
1210
1196
560
1164
1150
1136
532
1103
1089
1076
504
1041
1029
1017
476
980
968
957
448
919
908
897
420
858
847
837
392
796
787
777
364
735
726
718
336
674
666
658
308
613
605
598
280
1568
1552
1536
720
1490
1474
1459
684
1411
1397
1382
648
1333
1319
1306
612
1254
1242
1229
576
1176
1164
1152
540
1098
1086
1075
504
1019
1009
998
468
941
931
922
432
862
854
845
396
784
776
768
360
160
152
144
136
128
120
112
104
96
88
80
250
238
225
213
200
188
175
163
150
138
125
315
299
284
268
252
236
221
205
189
173
158
400
380
360
340
320
300
280
260
240
220
200
500
475
450
425
400
375
350
325
300
275
250
630
599
567
536
504
473
441
410
378
347
315
Breaker
Multip.
Rating
2000
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
2500
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
3200
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
4000
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
5000
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
6400
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
2000
1900
1800
1700
1600
1500
1400
1300
1200
1100
1000
2500
2375
2250
2125
2000
1875
1750
1625
1500
1375
1250
3200
3040
2880
2720
2560
2400
2240
2080
1920
1760
1600
4000
3800
3600
3400
3200
3000
2800
2600
2400
2200
2000
5000
4750
4500
4250
4000
3750
3500
3250
3000
2750
2500
6400
6080
5760
5440
5120
4800
4480
4160
3840
3520
3200
Primary Setting Ie values in Amps
Secundary Setting Ir values in Amps
1960
1940
1920
900
1862
1843
1824
855
1764
1746
1728
810
1666
1649
1632
765
1568
1552
1536
720
1470
1455
1440
675
1372
1358
1344
630
1274
1261
1248
585
1176
1164
1152
540
1078
1067
1056
495
980
970
960
450
2450
2425
2400
1125
2328
2304
2280
1069
2205
2183
2160
1013
2083
2061
2040
956
1960
1940
1920
900
1838
1819
1800
844
1715
1698
1680
788
1593
1576
1560
731
1470
1455
1440
675
1348
1334
1320
619
1225
1213
1200
563
3136
3104
3072
1440
2979
2949
2918
1368
2822
2794
2765
1296
2666
2638
2611
1224
2509
2483
2458
1152
2352
2328
2304
1080
2195
2173
2150
1008
2038
2018
1997
936
1882
1862
1843
864
1725
1707
1690
792
1568
1552
1536
720
3920
3880
3840
1800
3724
3686
3648
1710
3528
3492
3456
1620
3332
3298
3264
1530
3136
3104
3072
1440
2940
2910
2880
1350
2744
2716
2688
1260
2548
2522
2496
1170
2352
2328
2304
1080
2156
2134
2112
990
1960
1940
1920
900
4900
4850
4800
2250
4655
4608
4560
2138
4410
4365
4320
2025
4165
4123
4080
1913
3920
3880
3840
1800
3675
3638
3600
1688
3430
3395
3360
1575
3185
3153
3120
1463
2940
2910
2880
1350
2695
2668
2640
1238
2450
2425
2400
1125
6272
6208
6144
2880
5958
5898
5837
2736
5645
5587
5530
2592
5331
5277
5222
2448
5018
4966
4915
2304
4704
4656
4608
2160
4390
4346
4301
2016
4077
4035
3994
1872
3763
3725
3686
1728
3450
3414
3379
1584
3136
3104
3072
1440
800
760
720
680
640
600
560
520
480
440
400
1000
950
900
850
800
750
700
650
600
550
500
1280
1216
1152
1088
1024
960
896
832
768
704
640
1600
1520
1440
1360
1280
1200
1120
1040
960
880
800
2000
1900
1800
1700
1600
1500
1400
1300
1200
1100
1000
2560
2432
2304
2176
2048
1920
1792
1664
1536
1408
1280
Overload Protection
Breaker
Multip.
Rating
400
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
630
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
800
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
1000
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
1250
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
1600
1
0,95
0,9
0,85
0,8
0,75
0,7
0,65
0,6
0,55
0,5
Intro
A
B
C
D
E
F
X
B.5
EntelliGuard™
Electronic Trip Units
Short-circuit Protection ST and STDB
Intro
A
Overcurrent Protection against Short-circuit:
ST, STDB
The EntelliGuard™ Electronic Trip Unit and
breaker combination can be equipped with a
number of different Short-circuit protection
devices each with their own distinctive
properties and field of application.
The Timed Short-circuit Protection Device is
designed to offer selectivity over a defined
current range and offers a unique combination
of multiple time bands and current settings.
SET UP
SET
CURRENT
METER
1000A
STATUS
Ie
SHORT TIME
PICKUP
3
x lr
ST BAND
2
SLOPE
OFF
EVENTS
To allow selectivity with a wide range of
different downstream devices whilst not
unnecessarily sacrificing clearing time,
17 different time bands are available. The
device has an adjustment range of 1,5 to 12(1)
(+-10%) times the chosen Long Time current
value (Ir) in steps of 0,5 (pick up setting).
EntelliGuard GT Electronic Trip Unit
10
- Time Current Curve
ST- Protection Device
I2t OFF- STDB bands
The graph indicates 6 of the available 17 time
bands across the full adjustment range.
The table contains the minimum delay time
and the maximum total interruption times for
all time band settings.
1
0,8
0,6
0,4
B
0,2
C
0,1
D
Tripping Time In Seconds (s)
E
F
X
0,01
0,001
1,00
10,00
100,00
x Breaker Rating In
]
Short Time tripping times at indicated levels per selected STDB band - I2t OFF, in Milliseconds
1,5 x
±10%
12 x
±10%
x Ir
Tripping
Non Tripping
Tripping
Non Tripping
Standard on
Min
90
30
90
30
2
100
40
100
40
3
110
50
110
50
4
120
60
120
60
5
170
110
170
110
6
190
130
190
130
GT-E
(1) Is limited to lower values in certain cases, please refer to page B.11
B.6
7
240
180
240
180
GT-S
8
270
210
270
210
9
300
240
300
240
10
340
280
340
280
GT-N
11
400
340
400
340
12
450
390
450
390
13
600
540
600
540
GT-H
14
700
640
700
640
15
800
740
800
740
16
900
840
900
840
Max
1000
940
1000
940
EntelliGuard™
Short-circuit Protection ST and I2T slope
EntelliGuard GT Electronic Trip Unit
10
- Time
Current
Curve
- Time
Current
Curve
ST- Protection
Device
ST- Protection
Device
- STDB bands
1
0,8
0,6
0,4
0,2
Tripping Time In Seconds (s)
0,1
Ground fault Protection
Timed Short-circuit (ST) Protection I2T Bands (slope)(1)
The ST device can also be set to a I2T slope value. The
available multiple I2t slopes are normally used to achieve
selectivity with downstream fuses or to improve selectivity
with downstream circuit breakers.
The device has an adjustment range of 1,5 to 12 (1) (±10%)
times the chosen Long Time current value (Ir) in steps of 0,5
(pick up setting) and 17 time bands.
The three graphs depict the available I2t slopes (Low, Med. or
High) and their intersection with a selection of the
available 17 time bands across the full adjustment range.
I2t ON "low"
I2t -ON
"low"
STDB bands
0,01
SET UP
SHORT TIME
Intro
METER
PICKUP
3
x lr
ST BAND
2
SLOPE
OFF
A
STATUS
0,001
1,00
10,00
100,00
EVENTS
x Breaker Rating In
]
B
EntelliGuard GT Electronic Trip Unit
10
EntelliGuard GT Electronic Trip Unit
10
- Time
Current
Curve
- Time
Current
Curve
ST- Protection
Device
ST- Protection
Device
- Time
Current
Curve
- Time
Current
Curve
ST- Protection
Device
ST- Protection
Device
C
I2t ON "max."
I2t ON "med."
I2t - ON
"max."
STDB Bands
- STDB Bands
"med."
I2t -ON
STDB Bands
- STDB Bands
D
1
0,8
1
0,8
0,6
0,6
0,4
0,4
0,2
0,2
0,1
0,1
E
F
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
X
0,01
0,001
1,00
10,00
100,00
0,01
0,001
1,00
x Breaker Rating In
10,00
]
Standard on
100,00
x Breaker Rating In
GT-E
GT-S
]
GT-N
GT-H
2
(1) When the LT Fuse band option is selected (22 F Bands) the I T slope functions of this device are disabled
B.7
EntelliGuard™
Electronic Trip Units
Short-circuit Protection; Instantaneous (I)
Intro
A
Instantaneous Short-circuit (I) Protection
A user settable device that allows a high speed
fault interruption at a pre-determined current
level. This device can be used with the short time
delayed (ST) Short-circuit protection device or as
replacement thereof. The device has a current
adjustment of 2 to 15 (±10%) times the chosen
Primary Current Value (Ie) in steps of 0,5.
The device can also be switched OFF.
On breakers with a rating of more than 4000A the
maximum setting of 15 x is in some cases limited to
a lower value due to the breaker current rating and
its Short-circuit withstand value (see page B.11).
The Instantaneous tripping system used in
the EntelliGuard™ Electronic Trip Unit has a
unique programming feature that waits for the
downstream device to trip before reacting to an
overcurrent fault. This providing the user with a
unique combination of Speed and Selectivity.
SET UP
BREAKER
RATING
METER
1000A
INST
PICKUP
2
x le
STATUS
EVENTS
1
- Time Current Curve
I - Protection Device
The graph indicates the Maximum interruption time
and non tripping time across the full
current setting band and the transition to the HSIOC
protection device (see page B.11).
0,1
B
C
D
0,01
Tripping Time in Seconds (S)
E
F
X
0,001
1,00
10,00
100,00
x Breaker Rating (In)
Standard on
B.8
GT-S
GT-N
GT-H
EntelliGuard™
Short-circuit Protection; Instantaneous (I)
SET UP
BREAKER
RATING
METER
1000A
INST
PICKUP
16
x le
STATUS
EVENTS
1
- Time Current Curve
Ext. I - Protection Device
Short-circuit Protection
Extended Range Instantaneous Protection
Derived from, and based on the same principles
as the standard Instantaneous protection but with
and extended current adjustment range.
This high-level instantaneous device extends the
standard range from 2 - 15 to 2 - 30 (±10%) times
the chosen Primary Current Value (Ie). Until 15 x Ie
in steps of 0,5 and for the extended setting (above
15 x Ie) in steps of 1. The device can also be
switched OFF.
On breakers with a rating of more than 2000A the
maximum setting of 30 x is in some cases limited to
a lower value due to the breaker current rating and
its Short-circuit withstand value (see page B.11).
As with the standard Instantaneous tripping
system the device has a unique programming
feature that waits for the downstream device to
trip before reacting to an overcurrent fault. This
providing the user with a unique combination of
Speed and Selectivity.
Intro
The graph indicates the Maximum interruption time
and non tripping time across the full
current setting band and the transition to the HSIOC
protection device (see page B.11).
A
0,1
B
C
D
Tripping Time in Seconds (S)
0,01
E
F
X
0,001
1,00
10,00
100,00
x Breaker Rating (In)
Optional on
GT-S
GT-N
GT-H
B.9
EntelliGuard™
Electronic Trip Units
Short-circuit Protection temporary reduced I (RELT)
Intro
A
Temporary reduced setting of Instantaneous
Short-circuit Device (RELT)
When a Short-circuit event takes place, large
amount of electrical energy is released that can be
hazardous to users in the direct vicinity of such an
occurrence.
In order to limit the current levels during such events
and to reduce their time span, the EntelliGuard™ G
Electronic Trip Unit can be equipped with a
temporary Reduced Instantaneous Device.
The RELT device can be turned ON by accessing
input one of the trip unit (1). When the device is
switched ON Relay output one (1) changes position
and reverts to it’s standard position when RELT is
OFF.
The RELT device can be adjusted from 1,5 to 15
(±10%) times the Chosen Primary Current Value (Ie)
in steps of 0,5 (pick up setting). The device will trip
the breaker within 50 Milliseconds.
SET UP
BREAKER
RATING
METER
1000A
RELT
PICKUP
3
x le
STATUS
EVENTS
1
- Time Current Curve
RELT - Protection Device
The graph indicates the Maximum interruption time
and non tripping time across the full
current setting band and the transition to the HSIOC
protection device (see page B.11).
Information on how to set this device can be found in
IEEE standard 1548.
0,1
B
(1) See section on electronic inputs and Relay ouputs
on page B.17
C
D
0,01
Tripping Time in Seconds (S)
E
F
X
0,001
1,00
10,00
100,00
x Breaker Rating (In)
Standard on
B.10
GT-N
GT-H
EntelliGuard™
Setting limitations of Short-circuit devices
Short-circuit Protection: HSIOC, MCR
These values are indicated in the adjacent table.
Breaker Primary
Rating setting
In
current Ie
5000A
5000A
6400A
6400A
2000A
2500A
3200A
4000A
5000A
6400A
2000A
2500A
3200A
4000A
5000A
6400A
Breaker Icw rating
65kA
85kA
100kA
Maximum ST setting (x Ir)
10x
10x
10x
10x
Maximum I or Ext. I setting (x Ie)(1)
24x
30x
30x
30x
25x
30x
30x
19x
25x
30x
15x
20x
24x
15x
19x
13x
15x
50kA
Breaker type is not available
HSIOC Protection device
To prevent very high level Short-circuit currents causing damage to their
electrical installation and their components EntelliGuard™ Power Circuit
Breaker are equipped with a HSIOC protection device.
This high-level Short-circuit device is installed in all EntelliGuard™
Breakers and is designed to trip the breaker at the specified Icw value of
the device(3). The device interrupts and thus limits the duration of these high
level Short-circuits to 40 Milliseconds.
The HSIOC device is normally set at a value that is slightly higher than the
specified 1 second Icw of the breaker in which it is installed. This to
warranty selectivity at the specified 1 second level taking system
tolerances into account(2).
Making Current (MCR) Protection device
If a breaker is closed onto a Short-circuit current it is mandatory that the
device interrupts before the electrical installation and its components incur
any damage.
An MCR device is present in all EntelliGuard™ Power Circuit Breakers(3)
specifically designed to trip the breaker when closing onto a fault.
Overview of installed HSIOC devices
in Automatic types:
Set value
(rms)
Envelope 1
Short-circuit Protection
Setting Limitations of Short-circuit devices.
To prevent damage to the EntelliGuard™ breaker due to currents that
exceed its design parameters, the maximum setting values of the ST & I
devices are in some cases limited to a lower level.
GG04S to GG20S
GG04N to GG20N
GG04H to GG20H
50000 A
65000 A
65000 A
GG25N to GG40N
GH32N & GH40N
GG04E to GG20E
GG25H to GG40H
GH32H & GH40H
GH32M & GH40M
65000 A
65000 A
85000 A
85000 A
85000 A
85000 A
GG32G to GG40G
GG40M to GG64M
GG40L to GG64L
100000 A
100000 A
100000 A
B
Set value
(rms)
C
GG04S to GG20S
GG04N to GG20N
GG04H to GG20H
42000 A
50000 A
65000 A
D
GG25N to GG40N
GH32N & GH40N
GG04E to GG20E
GG25H to GG40H
GH32H & GH40H
GH32M & GH40M
65000 A
65000 A
85000 A
85000 A
85000 A
85000 A
GG32G to GG40G
GG40M to GG64M
GG40L to GG64L
100000 A
100000 A
100000 A
Envelope 2
Intro
A
Envelope 3
Overview of installed MCR devices
in Automatic types:
Envelope 1
Envelope 2
Envelope 3
E
F
X
Overview of installed MCR devices
in Non Automatic types:
Set value
(rms)
Envelope 1
GW04N to GW20N
65000 A
GW04M to GW40M
GZ32H & GZ40H
85000 A
85000 A
GJ40L to GJ64L
100000 A
Envelope 2
Envelope 3
(1) If the Short Time Device (ST) is turned OFF the highest instantaneous or extended
instantaneous setting is reduced to 15 x Ie for all types ≤ 4000A and to 10 x Ie for the
5000 and 6400A types
(2) If the breaker is not equipped with an Instantaneous protection device (I or Hi) or in
cases where device is set to off the HSIOC device current threshold is automatically
reduced by 10%
(3) Only included in selected NON Automatic types
B.11
EntelliGuard™
Intro
A
B
C
D
E
Ground Fault (GF) Protection
To protect an installation or a part thereof against
indirect contact, Protection Devices can be used to
automatically disconnect the power supply when
a fault to earth is detected. The HD384 installation
standard requires that the mentioned device
senses the fault and then interrupts the supply
within a specified time frame.
A Short-circuit device as an EntelliGuard™
Power Circuit Breaker can be used to meet
this requirement. However these Short-circuit
Protection devices are normally set at values that
are too high to detect normally occurring faults
to Earth.
The optionally available Ground Fault protection
feature is specifically designed to detect lower
currents than a standard Short-circuit Device and
operate by residually summing the current in the
Phases and Neutral. When a fault to Earth creates
an unbalance in the system the resulting Fault
Current is detected by the device that produces an
alarm signal or trips the associated Circuit breaker
thus disconnecting the circuit.
The EntelliGuard™ Ground fault device has an
adjustment range of 0,2 to 1(1) (±15%) times the
chosen breaker rating (In) and can be set in steps of
0,01 (pick up setting). To allow selectivity with other
downstream Protection Devices there are
14 different time band settings available.
The graph indicates a number of the available
14 time bands across the full adjustment range.
The table contains the minimum delay time and
the maximum total interruption times for all time
band settings.
The Ground fault device must monitor the current
in all Phases and the Neutral. When a 3 pole
device is used in a 4 wire (3phase + Neutral)
system a 4th sensor must be placed in the
Neutral(2). On use of a 4 pole EntelliGuard™
breaker the sensor is already present in the
Neutral pole.
SET UP
BREAKER
RATING
GF
SUM
METER
1000A
PICKUP
0,3
x CT
BAND
2
Slope
OFF
STATUS
EVENTS
EntelliGuard GT Electronic Trip Unit
10
- Time Current Curve
GF- Protection Device
I2t slope -OFF- GFDB Band
1
0,8
0,6
0,4
0,2
0,1
Tripping Time In Seconds (s)
Electronic Trip Units
Ground fault Protection: GF and GFD (Residual Type)
F
X
0,01
0,10
1,00
10,00
x Breaker Rating In
]
Ground Fault tripping times at indicated levels per selected GFDB band -I2t slope OFF, in Milliseconds
0,2 x
±10%
0,6 x
±10%
x Ir
Tripping
Non Tripping
Tripping
Non Tripping
1
110
50
110
50
2
120
60
120
60
3
140
80
140
80
4
170
110
170
110
5
190
130
190
130
6
240
180
240
180
7
270
210
270
210
8
340
280
340
280
9
400
340
400
340
(1) When an auxiliary supply is connected (24V DC) an extra setting range of 0,1 to 0,2 becomes available
(2) Use a Rogowksi coil of the appropriate rating
B.12
10
450
390
450
390
11
600
540
600
540
12
700
640
700
640
13
800
740
800
740
14
900
840
900
840
EntelliGuard™
Ground fault Protection: GF and I2t slope
EntelliGuard GT Electronic Trip Unit
- Time
Current
Curve
- Time
Current
Curve
Protection
Device
GF- GFProtection
Device
10
I2t 'low' -ON-
I2t -'low'
-ONGFDB Bands
- GFDB Bands
1
0,8
0,6
0,4
0,2
Tripping Time In Seconds (s)
0,1
0,01
0,10
1,00
10,00
x Breaker Rating In
GF
SUM
Intro
PICKUP
0,3
x CT
BAND
2
Slope
Med.
A
B
]
EntelliGuard GT Electronic Trip Unit
EntelliGuard GT Electronic Trip Unit
10
Ground fault Protection
Ground Fault Protection I2T Bands (slope)
The GF device can also be set to a slope value. The available
multiple I2t slopes are normally used to achieve selectivity
with downstream fuses or to improve selectivity with
downstream circuit breakers.
The user has the possibility to choose a current adjustment of
0,2 to 1(1) times the chosen breaker rating (In) in steps of 0,01
(pick up setting) and one of 14 time bands.
The three graphs depict the available I2t slopes (Set at positon
Low, Med. or High) and their intersection with several of the
available 14 time bands across the full adjustment range.
10
- Time
CurrentCurve
Curve
- Time
Current
ProtectionDevice
Device
GF- GFProtection
- Time
Current
Curve
- Time
Current
Curve
Protection
Device
GF- GFProtection
Device
2
C
I4t ‘max’ -ON-
I t 'med' -ON-
-ONI2t - 'med'
GFDB Bands
- GFDB Bands
-ONI4t -‘max’
GFDB Bands
- GFDB Bands
1
1
0,8
0,8
0,6
0,6
0,4
0,4
0,2
0,2
0,1
0,1
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
D
0,01
0,10
1,00
E
F
X
0,01
0,10
10,00
1,00
]
]
Optional on
10,00
x Breaker Rating In
x Breaker Rating In
GT-E
GT-S
GT-N
GT-H
(1) When an auxiliary supply is connected (24V DC) an extra setting range of 0,1 to 0,2 becomes available
B.13
EntelliGuard™
Ground fault Protection
Electronic Trip Units
Ground Return Method, Source Ground Return Method
Restricted Earth Fault Applications (REF)
Intro
A
B
Ground Fault Protection (EGF)
‘Source Ground Return’ method
Optionally the EntelliGuard™ Electronic Trip unit can
be used with an alternative groundfault protection
scheme in which the Neutral to Earth Current is
measured by an ‘Earthleakage Leg Sensor’ placed in
the Neutral and Earth link of the system.
This option requires the use of an auxiliary supply
of 24VDC and the Electronic Trip Unit needs to be
set to the option CT input. An Earth leg C needs
to be placed in the near vicinity of the break(1)
and an interposing CT needs to be mounted in
breaker. When the sensor detects a fault current
the EntelliGuard™ trip trips the associated Circuit
breaker thus disconnecting the circuit or optionally,
produces an alarm signal.
The EntelliGuard™ device has an adjustment range of
0,2 to 1(2) (+-15%) times the chosen breaker rating (In)
and can be set in steps of 0,01 (pick up setting).
To allow selectivity with other downstream Protection
Devices there are 14 different time band settings
available and three I2T slope settings (Same setting
data and curves apply as on the standard GF
residual (sum) protection).
SET UP
BREAKER
RATING
GF
CT
METER
1000A
PICKUP
0,3
x CT
BAND
2
Slope
Med.
STATUS
EVENTS
4 Wire system
4 Wire system
polig
33poles
polig
44poles
= CT
= CT
Optional on
GT-H
C
D
E
F
X
Dual Groundfault Protection
(Residual or Sum & Source Ground Return or CT)
The EntelliGuard™ Electronic Trip Unit allows
the user to combine the functionality of both
the GF sum and GF CT systems thus creating a
sophisticated Dual Ground Fault protection system.
Based on the chosen breaker configuration and
the network configuration in which the device is
used devices as indicated in the adjacent table are
required.
An interposing current transformer (CT) is required.
When a dual function ground fault is ordered off
works, this device is supplied as a part of the factory
mounted assembly. If a GT-H type trip unit with a
dual groundfault function is ordered as a separate
item the device is included in the trip unit packaging.
Network
3 wire
(3 phase)
4 wire
(3 phase + Neutral)
GF
SUM
PICKUP
0,3
x CT
BAND
2
Slope
OFF
PICKUP
0,3
x CT
BAND
2
Slope
Med.
EntelliGuard™
nr. of Poles
GF Residual
(SUM)
3
3
4th Rg
4
Optional on
(1) Limited to 10 meters
(2) When an auxiliary supply is connected (24V DC) an extra setting range of 0,1 to 0,2 becomes available
B.14
GF
CT
GF Source
Return (CT)
GF sum PLUS
GF CT
4th CT
Int. CT
4th CT
Int. CT
4th CT
Int. CT
4th CT
Int. CT
4th Rg
4th CT
Int. CT
4th CT
Int. CT
GT-H
EntelliGuard™
Zone Selective Interlock, Load Shedding and Trip Indication
Zone Selective Interlock
Zone Selective Interlock
Load Shedding Function
Load Shedding Function
Trip(Event
Reason
Indicators
(Event Logging) & Trip
Trip Reason Indicators
Logging)
& Trip
Operation counter (Data acquisition package)
Operation counter (Data acquisition package)
METER
STATUS
ZONE SEL/
INT. TLK
EVENTS
OFF
ST
ZSI
PICKUP
3
x lr
ST BAND
2
Slope
OFF
Zone selective Interlock (ZSI)
This optional device has been specifically designed
to combine Speed and Selectivity. It requires one
or two simple 2 core wire to connect the ZSI in and
output between two or more Electronic Trip Units(1).
If a breaker detects a fault it will send a signal to the
upstream breaker to move its present time setting to
another predefined higher level.
If the Short-circuit protection
device has NO time setting
GF
ZSI
band (Instantaneous), it simply
gets a signal to wait another
PICKUP
0,3
5 half cycles before tripping.
x CT
The breaker that originally
BAND
detects the faults only trips
2
Slope
after transmitting the indicated
Med.
signals.
Optional on
METER
STATUS
Alarm
ON
EVENTS
PICKUP
0,55
x ln
When a ZSI input is received the breaker changes its
time band from the standard device setting to the ZSI
setting. Both of these settings are user definable and
can be set independently.
ZSI
input
sent
ZSI
input
sent
Fault occurs
GT-N
Load shedding alarm output
The load shedding device has been designed to allow
the user to switch off NON priority loads before the LT
functions trips the breaker due to an overload.
SET UP
Time delayed Short-circuit Protection (ST..STDB)
Standard and Source Return Ground Fault
protection (GF, GFDB)
Instantaneous (Ii and Ihi)
It can also be used to verify the current consumption
in the circuit which the EntelliGuard™ breaker protects.
This to verify that the current running in the circuit does
not exceed a certain pre-determined value.
METER
STATUS
EVENTS
SET UP
METER
STATUS
Intro
GT-H
When the highest measured phase current exceeds
the ‘ON’ value set for longer than 60 seconds an
output is provided to indicate that ‘load shedding’
may prevent an overload tripping event. When the
highest measured phase current drops below the
‘OFF’ setting for longer than 60 seconds, the output
is stopped(2).
This function is part of the data acquisition and
relaying package available on the GT-H trip unit type.
The device monitors the current in the circuit and
provides an alarm signal if the load in one phase of
the protected circuit exceeds a pre-defined value.
The associated channel can be set ON or OFF and be
adjusted in current values from 0.5 to 1 x the breaker
rating In) in steps of 0.05.
A
B
C
D
E
Optional on
SET UP
Ground fault Protection
SET UP
The EntelliGuard™ Electronic Trip Unit uniquely offers
this function on the following protection devices:
GT-H
Trip Reason Indicators (event logging)
Trip Operations counter
The Electronic Trip Unit keeps track of data indicating
why the associated breaker has tripped and on how
may occurrences have taken place. Accessible under
the ‘EVENTS’ menu the Trip Reason Indicator keeps
track of a maximum of 10 events that have caused
the EntelliGuard™ breaker to trip. The device stores the
voltage, the phase’s involved, the current value, the
reason of the trip and the trip number (see counter).
When an auxiliary voltage is connected, the time and
date of the event are also stored. The Trip Reason
Indicator registers events for the following devices.
Overcurrent (LT, ST, I GF)
Relaying Functions (see page B.13)
Shunt or Undervoltage Release (If the associated
contacts are connected via the trip unit)
Accessible under the ‘STATUS’ menu the Trip
Operations Counter registers a maximum of 255
overcurrent faults with their reason (LT, ST, I or GFEF). The data can be viewed and reset through the
STATUS menu Pickup Status option.
F
X
EVENTS
Optional on
GT-E
GT-S
GT-N
GT-H
(1) See schematics on page E.4
(2) See section on Relay Outputs on page B.17
B.15
EntelliGuard™
Measurement Functions and Power Supplies
Ammeter
An Ammeter is supplied with each EntelliGuard™
Electronic Trip Unit. The current in each of the three
phases and the Neutral can be viewed.
SETUP
Electronic Trip Units
METER
METER
STATUS
Voltage
EVENTS
L1-N
L1-N
L1-N
PHA/L1
700kW
A
Current
APPR POWER
PHB/L2
A
PHA/L1
300A
A
PHA/L1
350A
PHC/L3750kVA
PHB/L2
320A
PHB/L2
300A
480kVA
PHC/L3
PHC/L3
320A
220kVA
Standard on
SETUP
Intro
METER
METER
STATUS
A
EVENTS
Current
GT-E
Full Measurement Package
GT-N & GT-H type Electronic Trip Units have an
advanced measurement facility that provides the
user with a comprehensive overview of all relevant
electrical parameters and their values. The adjacent
table indicates the available parameters, the units
used and their accuracy.
The device also calculates the sum of the used power
in kWh, KVAh and KVArh as a total for all 3 phases.
These values are kept and re-calculated every
second. The Electronic Trip Unit has an option to
allow these summations to be reset.
C
D
Based on the same one second calculation method,
a Power demand value is determined for Real (KW),
Apparent (KVA) and Reactive (KVAR) power. If the
Power supply has a neutral the values are calculated
per phase and as a total of all three phases.
E
Units
Resolution
A
0000
GT-N
Accuracy
at 100% of
breaker rating
2%
GT-H
A Peak Power Demand calculation is available for
Real Power(KW) only. Here the data is stored and
when necessary renewed at a user definable pre-set
time interval.
When the new Peak Demand value exceeds the
previous stored value the new value replaces the old
in Memory.
The Electronic Trip Unit has an option to reset this
value.
Parameter
Current
Measured Units Resolution
L1, L2, L3, N
A
Voltage
L1, L2, L3
V
Power Factor
L1, L2, L3
%
Frequency
L1, L2, L3, N Hz
Apparent Power L1, L2, L3
kVA
Real Power
L1, L2, L3
kW
Reactive Power L1, L2, L3
KVAr
Average Power
demand
Energy
Peak Power
Demand
L1, L2, L3
L1, L2, L3
L1, L2, L3
L1, L2, L3
L1, L2, L3
GT-N
Power Conditioners and Auxiliary Power Supply
To use the above mentioned comprehensive
measurement facilities, it is necessary to track the
3phase and Neutral network voltages and to input
these values into the Electronic Trip Unit. For this
purpose the EntelliGuard™ line includes a number of
’Power Conditioners’ that transform and condition a
standard network power supply to a signal that the
trip unit can safely use and read. When optioning the
measurement facility for the 1st time, the Electronic
Trip Unit will require the user to set the primary
voltage values.
Accessory for
L1, L2, L3, N
GT-S
Standard on
X
B.16
Parameter Measured
When the option for display (Meter) is opened,
a calculation is initiated that calculates each value
based on a one second time frame.
B
F
REAL POWER
The device has an accuracy of 2% when viewed at
the nominal current of the breaker and an accuracy
of 5% when viewed when the breaker is running at
50 - 85% of its full load.
kVA
kW
KVAr
KWh
KW
0000
0000
00
00
000,000
000,000
000,000
000,000
000,000
000,000
000,000
000,000
Accuracy
at 100% of
breaker rating
2%
2%
4%
1 cycle
4%
4%
4%
4%
4%
4%
4%
4%
GT-H
A number of advanced Trip Unit options require an
auxiliary supply of 24V DC. A unit that transforms
and conditions a standard network power supply
to 24V DC is available for this purpose. The auxiliary
supply also improves the speed of the trip unit setup
function at low circuit loads (<20%) and when no
standard power supply is present.
A separately available Test Box Kit can also be used
as a temporary power supply.
This device has a battery pack and includes a 24 V
DC auxiliary power supply.
GT-S
GT-N
GT-H
EntelliGuard™
Protective Relaying Functions; Relay and Trip Unit Inputs
Wave Form Capture Option
SET UP
METER
STATUS
Protective Relay
Adjustability
110% -115% of line voltage
1 to 15 seconds
30% - 85% of line voltage
1 to 15 seconds
10% -50% difference between highest &
lowest phase when compared to average
Voltage Unbal. Delay 1 to 15 seconds
Power Direc. Reversal Line- to-Load OR Load to Line
Power Reversal setting From 10 to 990kW
10% -50% difference between highest &
Current Unbalance
lowest phase when compared to average
Current Unbal. Delay
1 to 15 seconds
Overvoltage
Overvoltage Delay
Undervoltage
Undervoltage Delay
Voltage Unbalance
Standard on
SET UP
METER
STATUS
EVENTS
Relay Outputs
There are two programmable relay outputs available
rated at 1A 30V AC or DC. The first is dedicated to the
Reduced Instantaneous Device whilst the second can
be assigned to single functions, a group of functions
or to the protective relays functions mentioned
above. Accessible under the ‘SETUP’ the output is
wired out through the secondary terminals of the
breaker as indicated on page E.7.
Standard on
METER
STATUS
EVENTS
METER
STATUS
EVENTS
Standard on
1sec
2%
ON or OFF
± 0,1 s
2%
ON or OFF
± 0,1 s
2%
ON or OFF
± 0,1 s
10kW
1%
2%
2%
1sec
± 0,1 s
ON or OFF
ON or OFF
Relay Output reset (Group 2, 3, & 8)
If a 24 V DC power supply is present and the event
associated with the relay closure causes the breaker
to trip the contacts will not change position. A breaker
re-set & re-closure will reset the contacts to their
original open position.
Function
GF Alarm(1)
Over-current Trips (LT, ST, INST, GF)
Protective Relays
Current Alarm 1
Current Alarm 2
Health status
GF Alarm and GF trip indication
A
Assigned to group 1
Assigned to group 2
Assigned to group 3
Assigned to group 4
Assigned to group 5
Assigned to group 6
Assigned to group 8
B
GT-H
Electronic Trip unit INPUTS
There is a total of 2 programmable inputs available.
The first is dedicated to switch the Reduced
Instantaneous ON. The second can be used to trip
the breaker. The inputs are suitable for voltages up
to 24V AC or 30V DC. Accessible under the ‘SETUP’
the outputs are wired out through the secondary
terminals of the breaker as indicated on page E.7.
C
D
E
F
GT-N
Wave Form Capture option
When a fault has taken place, it can be of
importance to visualize the event. The Wave form
Capture option included in the GT-H type Electronic
Trip Unit can track and visualize any fault event.
The device tracks 8 cycles, 4 before and 4 after the
event with resolution of 48 samples per cycle at
50Hz and stores the results in memory. It registers
Intro
Group
(1) Only works when a trip unit has the Ground fault alarm
installed (GFA).
GT-N
Standard on
SET UP
1%
1sec
1%
1sec
1%
GT-H
Relay Output Reset (Group 1, 4, 5 & 6)
If the reason of the contact closure is removed the
contact will re-open. This typically occurring when a
health status warning is produced or when a current
alarm drops below it’s threshold. If the breaker trips
whilst the relay contacts are activated the contacts
will be reset and revert to their original open position.
SET UP
Trips
Breaker
Steps Accur.
Advanced Features
EVENTS
Protective Relaying Functions
The GT-H Electronic trip unit has
five protective relay functions.
These can be switched ON or
OFF and when active produce
an alarm signal that is added to
the Event Log and transmitted
through the communication
bus. Each relay function can be
configured to trip the breaker or/
and to send an alarm signal via
a Relay Output.
GT-H
X
events in all three phases and the Neutral. After the
event, the waveform event is stored and can be
accessed by using the waveform client module of
the Enervitsa software. When the upload into this
software is complete, the Trip Unit will reset this
function and be available to register the next event.
GT-H
B.17
EntelliGuard™
Communications
Neutral protection, Reset Choice, Rating Plug and Test Kit
SET UP
METER
Electronic Trip Units
STATUS
EVENTS
Communications
A number of the GT Electronic trip unit types can be
optioned to allow the Breaker & Trip Unit combination
to communicate data bi-directionally through
Modbus or Profibus. The communication option needs
a 24 V auxiliary voltage input capable of supplying
90mA for the Modbus option and 240mA for the
Profibus option.
Modbus and Profibus can be directly connected to
the Trip Unit without the use of any interfaces. In
combinatioin with communications the use of the
specifically designed Command Closing Coil and
auxiliary contacts with signal ratings are required.
Trip unit parameters as over current settings,
protective relay functions, alarm settings etc. can
be accessed through communications. A locking
Optional on
Intro
SET UP
A
METER
STATUS
B
EVENTS
Standard on
C
Neutral Protection
When inserted into a 4 pole breaker the
EntelliGuard™ Electronic Trip Unit senses that
the breaker in which the device is installed has
a Neutral Pole. Via the set Up menu, a Neutral
Setting option then becomes available in which the
LT, ST and I protection device can be jointly set to
GT-E
GT-S
Reset Choice Function
When a fault has occurred the Trip Unit trips the
associated breaker. It is then deemed normal
installation practise to verify the reason of the
fault before reconnecting power by resetting and
switching the breaker on. The advanced options
included in the EntelliGuard™ Trip Unit provide the
user with the fault reason, magnitude and location,
thus allowing the user to easily establish the
D
E
F
GT-S
Standard on
GT-E
GT-S
Full Range Rating Plug
Each EntelliGuard™ Electronic Trip Unit must be
equipped with a separately available Rating Plug
to allow it to function correctly. The Full Range
Rating Plug is plugged in to a jack on the trip Unit
Front Face. When this device is not installed, the
X
Accessory for
GT-E
GT-S
Test Kit
To verify that the Electronic Trip Unit is interfacing
correctly with the Breaker and to establish if the
circuitry in the Trip Unit is functioning correctly,
a test kit is available. The device has a battery pack
Accessory for
B.18
GT-E
GT-S
password is provided that prevents unauthorized
changes through communication or the keypad.
The Modbus variant is fully compliant with the
Modbus Protocol and uses 2 a wire 485 connection.
The device is configured to stay on one fixed
baud rate, or to cycle through the baud rates until
communication is established. The link host can
operate at baud rates between 300 and 19,200.
The Profibus protocol is integrated in specific models
of the GT-H Trip Unit and uses a four wire RS 485
connection. Profibus DP is supported in A-Cyclic and
Cyclic mode. For the cyclic mode the associated gsd
file is available on request.
A communication register can be supplied for both
versions.
GT-N
GT-H
one of the following values:
0%, 50%, 63% or 100%. x the values set for the
phase protection device.
GT-N
GT-H
required corrective actions. To follow this procedure
Trip Unit reset function should be set to MANUAL.
However, in some cases it is required that
the breaker resets itself automatically. If this
functionality is required, the reset function should
be set to AUTOMATIC.
A selector switch on the Trip Unit front face allows
the user this choice.
GT-N
GT-H
Trip Unit will revert to its minimum setting, which
has as value of 16-18% of the breaker rating In.
GT-N
GT-H
and a 24V auxiliary supply to allow its use in a
secondary function as power supply of the Trip unit
when no network power supply is available.
The device can be plugged into a jack on the trip
Unit Front face.
GT-N
GT-H
EntelliGuard™
Standard
Extended
range
Reduced
Instantaneous Short-circuit
Current Protection
Ground or Earth Fault
Protection
Measurement package
Data Acquisition & Protective
Diagnostics
Relaying
Other
LCD Screen allowing access to 4 distinct Menu’s
Touch pad adjustments
Multilingual
Adjustable Manual or Automatic RESET option
6 primary current settings with FULL RANGE Rating Plug
1; 0,975; 0,9625; 0,95; 0,45 & 0,4 x Breaker rating In
11 secondary current settings Ir
1; 0,95; 0,9; 0,85; 0,8; 0,75; 0,7; 0,65; 0,6; 0,55; 0,5 x Primary setting Ie
Resulting setting Range 0,2 to 1 with 66 set points
22 Thermal Protection (C type) time bands available Ranging from
class 0,5 to 40 (bands at 7,2 x Ir)
22 F type (fuse) time bands available
Neutral Protection 0-50%-63%-100%
Cooling function and Thermal memory
Setting RANGE from 1,5 to 12 x Ir (LT setting)
Steps of 0,5 (A total of 22 settings)
Possibility to Switch OFF
17 Time delay settings (STDB) ranging from 30 to 940 Milliseconds delay setting
result in a 90 to 1000 Milliseconds Clearing time
Clearance times to IEC 40979-1 and IEC 60364
3 I²t Protection time bands available
Ii Setting RANGE from 2 to 15 x Ie (Primary Setting)
Steps of 0,5 (A total of 28 settings)
Possibility to Switch OFF
Selective Execution
Fixed Instantaneous or HSIOC protection
Ihi Setting RANGE from 2 to 30 x Ie (Primary Setting)
2-15 Steps of 0,5; 15-30x steps of 1 (A total of 43 settings)
Possibility to Switch OFF
Selective Execution
Fixed Instantaneous or HSIOC protection
Ii Setting RANGE from 1,5 to 15 x Ie (Primary Setting)
Steps of 0,5 (A total of 29 settings)
Possibility to Switch OFF
Remote and Local ON and OFF with position indication signal
Setting RANGE from 0,1 to 1 x In (Breaker Rating)(1)
Steps of 0,01 (A total of 92 settings)
Possibility to Switch OFF
14 Time delay settings (GFDB) ranging from 50 to 840 Milliseconds delay setting
resulting in a 110 to 900 Milliseconds Clearing time
Clearance times to IEC 40979-1 and IEC 60364
3 I²t Protection time bands available
Residual Principle
Source Ground Return Principle
UEF, REF and SEF applications possible
Combinations of UEF, REF and SEF applications possible
Current (L1, L2, L3, N)
Voltage (L1, L2, L3)
Energy (kWh) Total Real
Real Power (L1, L2, L3, total)
Apparent Power (L1, L2, L3, total)
Reactive Power (L1, L2, L3, Total)
Total Power (L1, L2, L3, total)
Power (kW) Peak (total)
Demand Power (kW) (total)
Frequency (L1, L2, L3)
Voltage Unbalance
Undervoltage
Overvoltage
Current Unbalance
Power Reversal
Trip Target (trip reason indication)
Trip Info (Magnitude / Phase)
Waveform capture
Trip Counter
Event Logger (trip events)
Relay based on current level (load shedding)
Good & Bad Health Indicator
Watchdog
Zone Selective Interlock on ST, GF and I
Shunt trip status input (2 inputs)
UVR trip status input (2 inputs)
General relay outputs (2) and electronic inputs (2)
Communication 2 way
Modbus
Profibus
24V DC Auxiliary Power supply
Text kit with Power support function
GT-E
X
X
X
X
GT-S
X
X
X
X
GT-N
X
X
X
X
GT-H
X
X
X
X
Remarks
-----
X
X
X
X
--
X
X
X
X
--
X
X
X
X
--
X
X
X
X
--
X
X
X
X
-
X
X
X
X
-
X
X
X
X
-
X
X
X
X
X
X
-------
X
X
X
X
--
X
X
X
X
O
O
-
X
X
X
X
X
X
X
O
O
O
O
X
O
O
-
X
X
X
X
X
X
X
O
O
O
O
X
X
X
X
X
O
O
-
X
X
X
X
X
X
X
O
O
O
O
X
X
X
X
X
O
O
O
--------------------
O
O
O
O
--
O
O
O
X
X
X
X
X
O
O
O
O
O
X
X
X
X
X
O
O
O
O
O
O
O
X
X
X
X
X
X
X
X
X
X
X
X
X
X
O
X
O
O
O
O
O
O
O
O
O
O
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
O
O
O
X
X
O
O
O
O
---N
N
N
-C
C
C
C
C
C
C
C
-N
N
N
N
N
--N
---------N
N
N
---
Function Overview
Short Time
Long Time or Overload Setting
Short-circuit CurCurrent Protection
Interface
rent Protection
Overview of GT Electronic Trip Unit Functionality
Intro
A
B
C
D
E
F
X
Key
X - Present; O = Optional, - = Not Possible
Remarks
N indicates that a 24V auxiliary power supply is required, a C indicates the need of a Power Conditioner
(1) Without a 24V auxiliary power supply, the lowest setting is 0,2
B.19
EntelliGuard™
Time Current Curves (cold state)
LT Protection Device
EntelliGuard GT Electronic Trip Unit
EntelliGuard GT Electronic Trip Unit
Electronic Trip Units
10000
2h
B
1000
100
100
1
0,1
1,00
10,00
I protection set to 15 x Ie(1)
1
0,1
1,00
100,00
7,2 x
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
D
10,00
x Breaker Rating In
EntelliGuard GT Electronic Trip Unit
10000
2h
- Time Current Curve
LT- Protection Device
- Band C-02
- Band C-07
- Band C-12
- Band C-17
ST protection - OFF
10
I protection set to 15 x Ie(1)
x Breaker Rating In
C
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
ST protection - OFF
Tripping Time In Seconds (s)
A
10000
2h
- Time Current Curve
LT- Protection Device
- Band C-06
- Band C-11
- Band C-16
- Band C-22
1000
10
Tripping Time In Seconds (s)
Intro
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
100,00
7,2 x
EntelliGuard GT Electronic Trip Unit
10000
2h
- Time Current Curve
LT- Protection Device
- Band C-03
- Band C-08
- Band C-13
- Band C-19
1000
1000
100
100
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
- Time Current Curve
LT- Protection Device
- Band C-04
- Band C-09
- Band C-14
- Band C-20
E
F
X
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
10
I protection set to 15 x Ie(1)
1
0,1
1,00
x Breaker Rating In
B.20
ST protection - OFF
ST protection - OFF
10
10,00
7,2 x
100,00
I protection set to 15 x Ie(1)
1
0,1
1,00
x Breaker Rating In
10,00
7,2 x
100,00
EntelliGuard™
Time Current Curves (cold state)
LT Protection Device
EntelliGuard GT Electronic Trip Unit
10000
2h
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
EntelliGuard GT Electronic Trip Unit
10000
2h
1000
1000
100
100
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
ST protection - OFF
ST protection - OFF
I protection set to 15 x Ie(1)
10
1
0,1
1,00
10,00
x Breaker Rating In
I protection set to 15 x Ie(1)
Intro
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
10
- Time Current Curve
LT- Protection Device
- Band C-01
- Band C-18
1
A
0,1
100,00
1,00
10,00
x Breaker Rating In
7,2 x
100,00
C
10000
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
2h
1000
- Time Current Curve
LT- Protection Device
- Band F-01
- Band F-05
- Band F-09
- Band F-13
- Band F-17
- Band F-21
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
2h
B
7,2 x
EntelliGuard GT Electronic Trip Unit
EntelliGuard GT Electronic Trip Unit
10000
Time Current Curves
- Time Current Curve
LT- Protection Device
- Band C-05
- Band C-10
- Band C-15
- Band C-21
1000
- Time Current Curve
LT- Protection Device
- Band F-02
- Band F-06
- Band F-10
- Band F-14
- Band F-18
- Band F-22
D
E
F
100
100
X
10
1
ST protection - OFF
I protection set to 15 x Ie(1)
0,1
1,00
x Breaker Rating In
10,00
100,00
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
10
1
ST protection - OFF
I protection set to 15 x Ie(1)
0,1
1,00
10,00
100,00
x Breaker Rating In
B.21
EntelliGuard™
Time Current Curves (cold state)
LT & ST Protection Device
EntelliGuard GT Electronic Trip Unit
EntelliGuard GT Electronic Trip Unit
10000
10000
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
A
B
Tripping Time In Seconds (s)
Intro
1000
LT set at Breaker Rating In
Setting Range
Ie = 0,975, 0,9625, 0,95, 0,45 or 0,4 x In
Ir = 0,5 to 1 x Ie in steps of 0,25
Total Setting Range 0,2 - 1 x In
2h
1000
100
100
10
10
1
ST protection - OFF
I protection set to 15 x Ie(1)
0,1
1,00
10,00
Tripping Time In Seconds (s)
Electronic Trip Units
2h
- Time Current Curve
LT- Protection Device
- Band F-03
- Band F-07
- Band F-12
- Band F-15
- Band F-19
100,00
1
ST protection - OFF
I protection set to 15 x Ie(1)
0,1
1,00
x Breaker Rating In
C
- Time Current Curve
LT- Protection Device
- Band F-04
- Band F-08
- Band F-13
- Band F-16
- Band F-20
10,00
100,00
x Breaker Rating In
EntelliGuard GT Electronic Trip Unit
10
EntelliGuard GT Electronic Trip Unit
- Time Current Curve
ST- Protection Device
10
- Time Current Curve
ST- Protection Device
2
D
LT set at Breaker Rating In
Setting Range
1,5 to 12 x Ir in steps of 0,5
E
1
0,8
17
15
0,6
13
0,4
F
17
15
13
11
LT set at Breaker Rating In
Setting Range
1,5 to 12 x Ir in steps of 0,5
1
0,8
0,6
0,4
9
7
7
5
16
16
14
14
0,2
12
I2t -OFFBand STDB 02
Band STDB 04
Band STDB 06
Band STDB 08
Band STDB 10
Band STDB 12
Band STDB 14
Band STDB 16
10
8
8
6
6
3
1
-
12
10
5
0,1
X
I t -OFFBand STDB 01
Band STDB 03
Band STDB 05
Band STDB 07
Band STDB 09
Band STDB 11
Band STDB 13
Band STDB 15
Band STDB 17
11
9
0,2
-
4
2
0,1
4
3
2
0,01
I protection set to 15 x Ie(1)
0,001
1,00
x Breaker Rating In
B.22
Green line = Full Clearing time
Red Line = Non Tripping time
10,00
100,00
Green line = Full Clearing time
Red Line = Non Tripping time
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
1
0,01
I protection set to 15 x Ie(1)
0,001
1,00
x Breaker Rating In
10,00
100,00
EntelliGuard™
Time Current Curves (cold state)
ST Protection Device
EntelliGuard GT Electronic Trip Unit
10
EntelliGuard GT Electronic Trip Unit
- Time Current Curve
ST- Protection Device
17
15
17
15
1
0,8
13
0,6
13
0,4
11
11
LT set at Breaker Rating In
Setting Range
1,5 to 12 x Ir in steps of 0,5
1
0,8
16
16
14
14
0,6
0,4
9
7
9
5
6
0,2
6
3
1
0,1
I2t ON "low"
Band STDB 02
Band STDB 04
Band STDB 06
Band STDB 08
Band STDB 10
Band STDB 12
Band STDB 14
Band STDB 16
10
8
10
5
-
12
12
8
7
0,2
I2t ON "low"
Band STDB 01
Band STDB 03
Band STDB 05
Band STDB 07
Band STDB 09
Band STDB 11
Band STDB 13
Band STDB 15
Band STDB 17
4
2
0,1
4
3
2
Green line = Full Clearing time
Red Line = Non Tripping time
0,01
I protection set to 15 x Ie(1)
0,001
1,00
10,00
Green line = Full Clearing time
Red Line = Non Tripping time
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
1
100,00
Intro
0,01
I protection set to 15 x Ie(1)
A
0,001
1,00
x Breaker Rating In
EntelliGuard GT Electronic Trip Unit
17
15
17
15
13
13
0,4
11
-
- Time Current Curve
ST- Protection Device
10
LT set at Breaker Rating In
Setting Range
1,5 to 12 x Ir in steps of 0,5
I2t ON "med."
Band STDB 01
Band STDB 03
Band STDB 05
Band STDB 07
Band STDB 09
Band STDB 11
Band STDB 13
Band STDB 15
Band STDB 17
1
0,8
16
16
14
14
0,6
11
0,4
9
7
9
5
0,2
5
3
1
0,1
E
F
6
4
2
X
2
1
Green line = Full Clearing time
Red Line = Non Tripping time
0,01
I protection set to 15 x Ie(1)
0,001
10,00
100,00
Green line = Full Clearing time
Red Line = Non Tripping time
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
D
4
3
x Breaker Rating In
I2t ON "med."
Band STDB 02
Band STDB 04
Band STDB 06
Band STDB 08
Band STDB 10
Band STDB 12
Band STDB 14
Band STDB 16
8
6
0,1
-
C
10
10
7
1,00
B
12
12
8
0,2
100,00
EntelliGuard GT Electronic Trip Unit
- Time Current Curve
ST- Protection Device
LT set at Breaker Rating In
Setting Range
1,5 to 12 x Ir in steps of 0,5
0,6
10,00
x Breaker Rating In
10
1
0,8
Time Current Curves
LT set at Breaker Rating In
Setting Range
1,5 to 12 x Ir in steps of 0,5
-
- Time Current Curve
ST- Protection Device
10
0,01
I protection set to 15 x Ie(1)
0,001
1,00
10,00
100,00
x Breaker Rating In
B.23
EntelliGuard™
Time Current Curves (cold state)
ST and I Protection Device
EntelliGuard GT Electronic Trip Unit
EntelliGuard GT Electronic Trip Unit
10
Electronic Trip Units
B
0,6
13
0,4
11
11
ST set at Breaker Rating In
Setting Range
1,5 to 12 x Ir in steps of 0,5
I2t ON "max."
Band STDB 01
Band STDB 03
Band STDB 05
Band STDB 07
Band STDB 09
Band STDB 11
Band STDB 13
Band STDB 15
Band STDB 17
1
0,8
0,6
0,4
9
7
14
14
10
8
5
3
1
3
6
0,2
5
6
1
4
2
4
2
0,1
0,1
Green line = Full Clearing time
Red Line = Non Tripping time
0,01
I protection set to 15 x Ie(1)
0,001
1,00
10,00
Green line = Full Clearing time
Red Line = Non Tripping time
0,01
I protection set to 15 x Ie(1)
0,001
1,00
100,00
10,00
100,00
x Breaker Rating In
x Breaker Rating In
C
I2t ON "max."
Band STDB 02
Band STDB 04
Band STDB 06
Band STDB 08
Band STDB 10
Band STDB 12
Band STDB 14
Band STDB 16
12
12
8
7
0,2
-
16
16
10
Tripping Time In Seconds (s)
A
13
9
Tripping Time In Seconds (s)
Intro
17
15
17
15
1
0,8
-
- Time Current Curve
ST- Protection Device
10
- Time Current Curve
ST- Protection Device
ST set at Breaker Rating In
Setting Range
1,5 to 12 x Ir in steps of 0,5
1
LT set Breaker Rating In
HI Setting Range
2 to 15 x Ie in steps of 0,5
1
- Time Current Curve
I - Protection Device
RELT - Protection Device
LT set Breaker Rating In
HI Setting Range
2 to 30 x Ie in steps of 0,5
i
f
D
- Time Current Curve
Ext.I - protection device
RELT - Protection Device
E
HSIOC device
0,1
HSIOC device
0,1
F
Green line = Full Clearing time
Red Line = Non Tripping time
X
Green line = Full Clearing time
Red Line = Non Tripping time
0,01
LT set Breaker Rating In
RELT Setting Range
1,5 to 15 x Ie in steps of 0,5
i
f
0,001
1,00
x Breaker Rating (In)
B.24
Tripping Time in Seconds (S)
Tripping Time in Seconds (S)
0,01
10,00
100,00
LT protection set Breaker Rating In
RELT Setting Range
1,5 to 15 x Ie in steps of 0,5
0,001
1,00
x Breaker Rating (In)
10,00
100,00
EntelliGuard™
Time Current Curves (cold state)
HSIOC & GF Protection Device
1
1
- Time Current Curve
HSIOC - Protection Device
I - Present & ON
I Setting On
set at 15kA
ST Set at 12,5kA
STDB 1
- Time Current Curve
HSIOC - Protection Device
I - NOT PRESENT OR OFF
65kA
0,1
0,1
50kA
Green line = Full Clearing time
Red Line = Non Tripping time
Green line = Full Clearing time
Red Line = Non Tripping time
0,01
Tripping Time in Seconds (S)
Tripping Time in Seconds (S)
0,01
50kA
65kA
85kA
100kA
0,001
1000
10000
100000
Intro
A
0,001
1000
1000000
10000
EntelliGuard GT Electronic Trip Unit
-
LT set at Breaker Rating In
Setting Range
0,2 to 1 x In in steps of 0,01
10
- Time Current Curve
GF- Protection Device
I2t -OFFBand GFDB 01
Band GFDB 03
Band GFDB 05
Band GFDB 07
Band GFDB 09
Band GFDB 11
Band GFDB 13
1
0,6
11
13
11
E
F
10
10
0,4
8
8
6
X
5
6
5
4
0,2
3
4
3
2
1
0,1
1
Green line = Full Clearing time
Red Line = Non Tripping time
0,01
0,10
x Breaker Rating In
1,00
10,00
Tripping Time In Seconds (s)
0,1
C
D
12
12
7
7
I2t -OFFBand GFDB 02
Band GFDB 04
Band GFDB 06
Band GFDB 08
Band GFDB 10
Band GFDB 12
Band GFDB 14
0,6
9
0,2
B
14
14
0,8
9
0,4
-
LT set at Breaker Rating In
Setting Range
0,2 to 1 x In in steps of 0,01
1
13
1000000
EntelliGuard GT Electronic Trip Unit
- Time Current Curve
GF- Protection Device
10
0,8
100000
Amps
Amps
Tripping Time In Seconds (s)
Time Current Curves
100kA
85kA
Green line = Full Clearing time
Red Line = Non Tripping time
2
0,01
0,10
1,00
10,00
x Breaker Rating In
B.25
EntelliGuard™
Time Current Curves (cold state)
GF Protection Device
EntelliGuard GT Electronic Trip Unit
10
LT set at Breaker Rating In
Setting Range
0,2 to 1 x In in steps of 0,01
-
Electronic Trip Units
EntelliGuard GT Electronic Trip Unit
- Time Current Curve
GF- Protection Device
10
I2t 'low' -ONBand GFDB 01
Band GFDB 03
Band GFDB 05
Band GFDB 07
Band GFDB 09
Band GFDB 11
Band GFDB 13
-
1
0,8
13
0,6
11
0,4
9
1
13
11
9
8
8
6
5
6
0,2
5
4
0,2
3
4
0,1
Green line = Full Clearing time
Red Line = Non Tripping time
1
0,01
0,10
1,00
10,00
Green line = Full Clearing time
Red Line = Non Tripping time
2
0,01
0,10
x Breaker Rating In
C
1,00
EntelliGuard GT Electronic Trip Unit
EntelliGuard GT Electronic Trip Unit
10
- Time Current Curve
GF- Protection Device
LT set at Breaker Rating In
Setting Range
0,2 to 1 x In in steps of 0,01
-
D
E
13
0,6
11
I2t 'med' -ONBand GFDB 01
Band GFDB 03
Band GFDB 05
Band GFDB 07
Band GFDB 09
Band GFDB 11
Band GFDB 13
1
13
9
10
10
0,4
9
12
12
0,6
8
7
X
8
7
6
5
6
0,2
5
4
0,2
3
4
3
Green line = Full Clearing time
Red Line = Non Tripping time
1
0,01
1,00
10,00
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
0,1
x Breaker Rating In
B.26
2
1
0,1
0,10
I2t ''med' -ONBand GFDB 02
Band GFDB 04
Band GFDB 06
Band GFDB 08
Band GFDB 10
Band GFDB 12
Band GFDB 14
14
14
0,8
11
0,4
- Time Current Curve
GF- Protection Device
LT set at Breaker Rating In
Setting Range
0,2 to 1 x In in steps of 0,01
1
0,8
10,00
x Breaker Rating In
10
F
2
1
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
B
10
10
0,4
7
7
3
A
12
12
0,6
I2t 'low' -ONBand GFDB 02
Band GFDB 04
Band GFDB 06
Band GFDB 08
Band GFDB 10
Band GFDB 12
Band GFDB 14
14
14
0,8
0,1
Intro
- Time Current Curve
GF- Protection Device
LT set at Breaker Rating In
Setting Range
0,2 to 1 x In in steps of 0,01
Green line = Full Clearing time
Red Line = Non Tripping time
2
0,01
0,10
x Breaker Rating In
1,00
10,00
EntelliGuard™
Terminology
EntelliGuard GT Electronic Trip Unit
EntelliGuard GT Electronic Trip Unit
10
- Time Current Curve
GF- Protection Device
LT set at Breaker Rating In
Setting Range
0,2 to 1 x In in steps of 0,01
i
f
LT set at Breaker Rating In
Setting Range
0,2 to 1 x In in steps of 0,01
10
I2t “max.”-ONBand GFDB 01
Band GFDB 03
Band GFDB 05
Band GFDB 07
Band GFDB 09
Band GFDB 11
Band GFDB 13
-
1
1
0,8
13
0,6
11
13
9
8
7
7
10
10
0,4
9
12
12
0,6
8
6
5
6
0,2
5
4
0,2
3
4
3
0,1
Green line = Full Clearing time
Red Line = Non Tripping time
1
0,01
1,00
10,00
In
Ie
Iu
LT
ST
I
GF
EF
Ir
Ist
Ii
Ig
LTDB
STDB
I2t
x LT
x Ie
x In
x CT
RELT
MCR
HSIOC
Green line = Full Clearing time
Red Line = Non Tripping time
2
Intro
A
0,01
0,10
1,00
10,00
B
x Breaker Rating In
x Breaker Rating In
Denonimation
Tripping Time In Seconds (s)
Tripping Time In Seconds (s)
2
1
0,1
0,10
I2t “max.”-ONBand GFDB 02
Band GFDB 04
Band GFDB 06
Band GFDB 08
Band GFDB 10
Band GFDB 12
Band GFDB 14
14
14
0,8
11
0,4
- Time Current Curve
GF- Protection Device
Time Current Curves and Terminology
Time Current Curves (cold state)
Description
Current rating of Breaker
Primary Current setting
Maximum Breaker User current (see section D)
Long Time or Overload protection
Short Time or Timed Short-circuit Current setting
Standard or Extended Instantaneous setting
Groundfault
Earthfault
LT or overload Current setting
ST or Timed Short-circuit Current setting
Instantaneous Short-circuit Current setting
Ground, or Earthfault Current setting
LT or overload time delay band
(C = breaker type, F = fuse type)
ST or Short-circuit time delay band
'Slope' setting on ST or GF device
Multiple of LT or overload Current setting
Multiple of ST or Timed Short-circuit Current setting
Multiple of Breaker Current rating
Multiple of installed sensor rating
(In IEC EntelliGuard™ types =In)
Reduced Instantaneous
Making Current Release
Hi set Instantaneous protection
C
D
E
F
X
B.27
EntelliGuard™
Time Current Curves (cold state)
Electronic Trip Units
Example of Full Time Current Curve
Time Current Curve
The EntelliGuard™ Electronic trip unit has many sophisticated
setting features and an extremely broad setting range. On
request we can provide complete Time Current Curves covering
all installed protection devices. The curves can be produced for
any current setting within the range of the installed protection
devices, for one or for a combination of two breakers.
Please contact your local GE Sales Office for more information.
EntelliGuard GT Electronic Trip Unit
10000
2h
Time Current Curve
Breaker In =2500A
LT- Protection Device
Set at Ie = 2400A
Ir at 0.9 =2160A
Band C-10
ST- Protection Device
Set at 6 x Ir of 2160A
(Ist =12960A)
Band STDB 10
1000
Intro
LT Band
A
I2t ON & Max.
I- Protection Device
Set at 12 x Ie of 2400A
Ii = 28800A
GF- Protection Device
Set at 0.6 x Ie of 2500A
(Ig = 1500A )
Band GFDB 6
100
B
10
C
GF Band
I2t ON & M d
D
1
ST Band
E
F
Tripping Time In Seconds (s)
X
I Band
0,1
0,01
HSIOC Band
0,001
Green & Light Blue Linel = Full Clearing time
Red Line & Dark Blue Line = Non Tripping time
1000
x Current in Amps
10000
100000
7,2 x
]
B.28
EntelliGuard™
Breaker Accessories
C.2
Breaker Use & Operation
C.3
Electrical Operation of Breaker (Motor Operator)
C.4
Shunt & Undervoltage Releases; Time Delay Module for Undervoltage Release
C.5
Interlock Devices, Indication Contacts and Number of devices
C.6
Auxiliary Contacts
C.7
Bell Alarm, Cassette position, Spring charged and Ready to Close indication contacts
C.8
Mechanical Interlocking of Multiple Breakers
C.9
Locking previsions for Breaker and Cassette Door-Interlock systems; Mis insertion device
C.10
Installation Accessories
C.11
Earthing device (maintenance accessory) Spare Parts
The breaker
Intro
Order Codes
A
Electronic Trip Units
B
Breaker Accessories
C
Application Guide
D
Wiring Diagrams
E
Dimensions
F
Numerical index
X
C.1
EntelliGuard™
Breaker Use & Operation
Breaker Accessories
A Power Circuit Breaker
Intro
A
EntelliGuard™ is
operated by a stored
➓
energy mechanism that
can be charged either
➒
manually or electrically.
To charge manually
➏
a handle 1 is used to
➍ ➎ ➊
‘load’ the springs in the
➐
mechanism, 10 pumping
➌
movements being
➋
required. During charging
➑
a spring status indicator
2 clearly indicates if the
breaker is CHARGED (Red),
Indicated Breaker is of a Fixed
CHARGING (Yellow), or
Pattern and equipped with Trip Unit
DIS-CHARGED (Green).
After charging is complete, the ready to close indicator 3
indicates that the device can be turned ON and OFF(1) by the ON/
OFF buttons ( 4 & 5 ) on the breaker front facia. A padlocking
mechanism 6 is present for up to three locks that can prevent
un-authorized pushbutton operation.
An electrical charging mechanism negates the need for
loading the springs manually and allows remotely located
pushbuttons to be used to switch ON & OFF (see page C.3).
The contact position indicator 7 on the Breaker front provides
the user with the correct status of the breaker be it OFF or ON.
This indicator is linked to the mechanism and contact system in a
manner that allows the device to be used as a Disconnector and
to meet the ‘Positive Contact Indication’ requirements.
The Breaker Mechanism is of the trip free type and has an
integrated anti-pumping system.
The front facia also includes room for an optional key
interlock device 8 that prevents the breaker from being closed
if the key is not inserted and the keylock turned to ‘free’. The
interlock device allows a maximum of 4 keylocks to be placed.
The breaker can be equipped with up to four factory or
fieldMountable releases, 1 x closing coil and a combination of
shunt and undervoltage releases being possible. The presence
of these releases is made visible on the facia by the use of 4
indicator windows 9 .
EntelliGuard™ Power Circuit Breakers are available in two
patterns, Fixed and Draw-out. A Fixed device is bolted to a
substructure or wall and the power connections are directly fixed
to the breaker. A draw-out device has a cassette that is mounted
and connected separately.
A fixed breaker requires the connection and fixation to be
removed to replace the breaker.
A breaker in draw-out pattern is supplied as a moving portion,
that easily slides in and out of the separately fixed and
connected cassette.
Each standard device is supplied with 3 NO and 3 NC potential free
auxiliary contacts. A IP31 front panel with door escutcheon seal
and a IP20 terminal strip or plug 10 with 39 connection points to
wire out accessories.
B
Draw-out Pattern Cassette
To dismount a
EntelliGuard™ in the Fixed
pattern it is required that
the power supply is turned
➊
off and the connections
are removed. A breaker in
➐
the Draw-out pattern can
be quickly and efficiently
removed from the system
without disconnecting the
Power Supply or removing
➌
➏ ➎
the connections.
The Draw-out system
➋
allows easy and simple
access to the breaker
➍
and its components and
enables the user to fully
disconnect the power from the installation for maintenance
purposes. Access to the breaker being required for periodic
checks and some very limited maintenance allowing the device
to be used over its full life span.
The cassette 1 is mounted and connected separately and
the EntelliGuard™ breaker is supplied as a moving portion
that is easily inserted into the cassette. A racking handle 2 is
stored within an aperture 3 in the cassette. After removing
and unfolding the racking handle and disengaging the blocking
mechanism 4 , the handle can be inserted into the ‘racking’
aperture 5 .
C
D
E
F
X
By rotating the racking handle clockwise to move the moving
portion inwards (connect) and anti-clockwise to move outwards,
(disconnect) the breaker can be racked into one of three positions:
CONNECTED
Breaker and cassette are fully operational
all contacts are connected.
TEST
The maincontacts are not connected.
The Auxiliary contacts are connected.
DISCONNECTED
The main and auxilary contacts are not
connected. The breaker is still inside the
cassette.
To remove the breaker from the cassette, the racking handle
must be removed from the ‘racking’ aperature.
A Position indicator 6 provides a positive mechanical indication
of the indicated Connected, Test and Disconnected positions.
Each EntelliGuard™ cassette has integrated Safety Shutters
7 that automatically isolate the user from live parts when the
moving portion is in disconnect or test position.
Multiple accessories as carriage position switches, mechanical
interlocks, a miss-insertion device, IP54 front protection covers
and key lock devices are available (please refer to the relevant
sections in this chapter).
Each standard cassette is supplied with standard main
connections, racking handle, safety shutters and a IP20 terminal
socket system with 39 connection points to wire out accessories.
(1) Independent of the breaker position (tripped or ON) the device always provides sufficient energy to switch the breaker ‘OFF’
C.2
EntelliGuard™
Electrical Operation of Breaker
Connnections
The Charging mechanism connection points can be found
on terminal A of both the Fixed Pattern & Draw-out Breaker
types.
A2
Command Closing Coil
A second closing coil type is available replacing the standard
type. This device offers an extended functionality with all
the features of the standard device. Additional connections
allow this type to be wired out through the trip unit and to
be accessed electrically through the communications bus. It
is supplied with an extra ‘ON’ push button that fits onto the
breaker front facia. Fitting between the two existing ON and
OFF buttons gives the user an extra electrical ‘ON’ option
locally. The coils can be used in an operating frequency of up
to two operations per minute and have a life span equivalent to
that of the full breaker life span.
A10
A11
A4
A
B
OR
N
A9
D
PH
Command
CC
CC
C
A10 A11
PH
READY TO CLOSE
OR
Intro
Connnections
The Closing coils & Command closing coils connection points
can be found on terminal A of both the Fixed Pattern &
Draw-out Breaker types.
A3
SPRING CHARGED
M
A3
SPRING CHARGE MOTOR
A1
Closing Coil
To switch the Power Circuit Breaker ON remotely a closing coil
is available that when energized releases the spring charged
closing mechanism.
The device is available as a factory mounted component or
as a field mountable device. It is an extremely easy-to-fit,
clip-on unit, with simple plug-in connectors.
The coils have a life span equivalent to that of the full breaker
life span.
Breaker Use and Operation
Electrical Charging mechanism (motor)
In order to charge the stored energy mechanism electrically
a motor mechanism is available. The design allows factory
or field mounting and is available for the full range of
EntelliGuard™ breakers. It is easily fitted with just three bolts.
When the circuit breaker is opened, the mechanism
automatically recharges the springs and prepares the breaker
for an almost instantaneous reclosure should the need arise.
High speed recharging ensures that the springs are fully
charged within four seconds. A “Spring Charged” contact that
indicates the status of this device is always present. A 2nd
‘ready to close’ contact is available that indicates that the
springs have been recharged and that the breaker can be
closed.
The device is available in multiple AC & DC voltages and can
be used in a operating frequency of up to two operations per
minute. it has a life span equivelant to that of the breaker
without maintenance. To switch the EntelliGuard™ Breaker
ON & OFF remotely a Closing Coil and Shunt Release is also
necessary.
E
A9
A4
F
Electrical characteristics
Electrical characteristics
Control
Voltage
Motor Operator
Envelope 1
Motor Operator
Envelope 2 & 3
Power Consumption
24-30V DC, 48V DC, 60V DC,
110-130V DC, 220 - 250V DC
48V AC, 110-130V AC, 220-240V AC,
380-400V AC, 440V AC
300W
480W
350VA
560VA
AC
DC
-48V
-110-130V
220-240V
277V
380-415V
440V
24V
48V
60V
110-130V
220-240V
250V
---
Power Consumption
X
350 VA
Inrush
C.3
EntelliGuard™
Undervoltage Release
A device designed to open the breaker contacts and to
prevent the breaker from closing when in a ‘No volt’ condition.
On a de-energization the Undervoltage release activates the
circuit breaker mechanism and ensures a rapid disconnection
of the main contacts (50 Milliseconds). When not re-energized
in accordance to the conditions stated in the IEC 60947 the
device prevents the Power Circuit Breaker from closing.
The EntelliGuard™ Undervoltage releases are designed to
react within a pre-defined Voltage band, only reacting when
the voltage supplying drops below the limits of this band. To
prevent nuisance tripping due to short power interruptions or
‘Brown Outs’ the device has a built in delay of 50 Milliseconds.
Two Undervoltage Releases can be mounted in each Power
Circuit Breaker.
B
C
D
E
The device is available as a factory mounted component or
as a field mountable device. It is an extremely easy-to-fit,
clip-on unit, with simple plug-in connectors.
The individual devices have a wide voltage range, thus
limiting the number of devices needed and can be used in a
operating frequency of up to two operations per minute.
The releases can have a life span equivalent to that of the full
breakers life span.
F
X
C.4
A8
A5
A13
A5
UV2
A12
ST2
A7
OR
A6
A6
Electrical characteristics releases
Intro
A
Connnections
The connection points of both releases can be found on
terminal A of both the Fixed Pattern & Draw-out Breaker
types. As it is possible to mount a total of three of these
releases, the connection scheme also includes a 2nd optional
UVR or Shunt release.
UV1
Shunt Release
A device designed to switch the Power Circuit Breaker OFF
remotely. When energized a Shunt Release instantaneously
activates the circuit breaker mechanism thus ensuring a rapid
disconnection of the main contacts (50msec).
All EntelliGuard™ Shunt Release are suitable for a continuous
power supply and are designed to be used as a closure
prevention device when energized. Two Shunt Releases can
be mounted in each Power Circuit Breaker.
The device is available as a factory mounted component or
as a field mountable device. It is an extremely easy-to-fit,
clip-on unit, with simple plug-in connectors.
The individual devices have a wide voltage range, thus
limiting the number of devices needed and have a life span
equivalent to that of the full breaker life span.
ST1
Breaker Accessories
Shunt & Undervoltage Releases
AC
DC
Power Consumption
-48V
-110-130V
220-240V
277V
380-415V
440V
24V
48V
60V
110-130V
220-240V
250V
---
350 VA / 350 W
Inrush
60 VA / 50W
Holding
Time Delay Module
The de-energizing operation of the Undervoltage release can
be delayed. This optional, externally mounted module has an
adjustable time delay of zero to three seconds. The device
can be implemented to prevent undesired Breaker tripping
due to momentary voltage interruptions and is connected in
series with the Undervoltage release.
Optionally, the EntelliGuard™ Trip Unit can be supplied with
a three phase plus neutral Undervoltage protection device
that can provide a power interruption alarm and/or initiate a
breaker ‘trip’.
Electrical characteristics releases
AC
DC
Power Consumption
48V
--110-130V
-220-240V
-250-277V
380-415V
440V
-48V
60V
-110-130V
-250V
----
350 VA
Inrush
60 VA
Hold
EntelliGuard™
Interlock Devices, Indication Contacts and Number of devices
Release Indication Contacts
To indicate, if a Shunt or an Undervoltage release initiation
has resulted in a breaker, OFF or TRIP, a contact can be
fitted to the releases. The contacts are available in two
versions; one power rated for use in standard Circuits and a
second signal rated type for use with the Electronic Trip Unit
communication option.
The contacts are available as a factory mounted component
or as a field mountable device. They are extremely easy-tofit, clip-on units, with simple plug-in connectors.
Connnections
The connection points of the power rated contacts can be
found on terminal B of both the Fixed Pattern & Draw-out
Breaker types (2). The Signal rated types are connected to
the Electronic Trip Unit and are only accessible through the
optional Communication option.
Number of devices
The EntelliGuard™ Power Circuit Breaker can be equipped
with up to 4 of the releases mentioned on pages C2 and C3.
Shunt Release (Shunt), Closing & Command closing coils
(CC/CCC) and Undervoltage Releases (UVR) can be mounted in
the following combinations. The Network Interlock device as
described above takes 2 of the indicated 4 spaces.
B5
B18
Intro
A
B
ST2/UV2 STATUS CONTACT
B19
UV1 STATUS CONTACT
B6
ST1 STATUS CONTACT
Connnections
The device replaces 1 Shunt and 1 Undervoltage release
and is wired out to the same connection points located on
terminal A of both the Fixed Pattern & Draw-out Breaker
types.
B17
CC STATUS CONTACT
B4
Releases, Interlocks and Contacts
Network Interlock Device
When devices as the EntelliGuard™ Power Circuit Breaker are
used in Automatic or Manaul Power Transfer systems, local
access and operation of the device can be undesirable. The
Network Interlock Device is an optional mechanical lockout
device that can be added to electrically operated circuit
breakers. It is a logic driven interlock with two positions,
LOCKOUT and RESET. The Network Interlock is locked out and
reset by means of voltage pulse applied across respective
terminals.(1)
Setting the Network Interlock to LOCKOUT when the breaker
is closed causes the breaker to trip. In the LOCKOUT position,
the Network Interlock holds the breaker mechanically trip free
and also inhibits electrical closing. A command to reset the
Network Interlock must be provided before the breaker can
be closed manually or by control logic. Loss of control power
does not cause the Network Interlock to reset. The Network
Interlock can also RESET by pushing the reset button provided
on the front face of accessory.
The device is available as a factory mounted component and
has the volume of two releases (Shunt/Undervoltage).
OR
B7
C
B20
D
Electrical characteristics
Power Rated types
AC Ratings
E
DC Ratings
Voltage
Amps
Voltage
Amps
250V
AC21-6A
125V
250V
DC21-0,4A
DC21-0,2A
F
Minimum Operating Current 0.16 A at 5V DC
Coil position on front facia, from left
Combination
1
2
3
4
A
B
C
D
Network
Shunt
Shunt
Network
Interlock
Shunt
UVR
Interlock
CC/CCC
CC/CCC
CC/CCC
CC/CCC
UVR
UVR
UVR
Shunt
X
Signal Rated, gold plated contact types
AC Ratings
DC Ratings
Voltage
Amps
Voltage
Amps
125V
AC21-0,1A
8-30V
DC21-0,1A
Minimum Operating Current 1mA at 5V DC
(1) Both Coils are not rated for continuous power supply. If needed, the use of a breaker auxiliary contact can be considered to interrupt the lock out coil after
operation. The reset coil is equipped with an appropriate contact (see section E)
(2) The use of these devices limits the wiring out of some auxiliary contacts (see section E for full schematics)
C.5
EntelliGuard™
Connnections (1)
The connection points of the Auxiliary contacts can be found
on terminal A and of both the Fixed Pattern & Draw-out
Breaker types. When the standard 3 NO & 3 NC is required
only the standard terminal A is used.
Electrical characteristics Auxiliary Contacts
Power Rated types
D
AC Ratings
E
Voltage
110-130V
220-240V
F
380-440V
X
DC Ratings
Amps
AC21 - 15A
AC23 - 10A
AC21 - 10A
AC23 - 5A
AC21 - 5A
AC23 - 2,5A
Voltage
Amps
24V
DC21 -15A
110-130V
250V (3)
(2)
DC21 -10A
DC21 -5A
Minimum Operating Current 0,1A at 8V DC
Signal Rated, gold plated contact types
AC Ratings
DC Ratings
Voltage
Amps
Voltage
Amps
250V
AC21-0,1A
8-30V
DC21-0,1A
Minimum Operating Current 10 mA at 5V DC
(1) The use of these devices limits the wiring out of some auxiliary contacts
(see section E for full schematics)
(2) Three contacts in series
(3) Six contacts in series
C.6
NC1
NC2
A20
A22
A24
B24
B26
A21
B17
B19
B6
B4
B20
NC7
B7
A23
NC8
B22
B5
NO1
B25
NO2
B23
NO8
C
NC3
B21
NO3
A19
NO4
A17
NO5
A15
B18
Connnections
The connection points of the auxiliary contacts can be found
on the two terminals (A & B) of both the Fixed Pattern &
Draw-out Breaker types.
A18
B13
A
B
A16
B11
The devices are available as factory mounted components or
as a field mountable device. Auxiliary contact packages are
easy-to-fit, and have simple plug-in connectors.
Intro
A14
B9
NO7
Auxiliary Contact packages
- Power rated contacts 8 NO & 8 NC(1)
- Power rated contacts 3 NO & 3 NC plus
Signal rated contacts 2 NO & 2 NC
- Power rated contacts 4 NO & 4 NC plus
Signal rated contacts 4 NO & 4 NC(1)
B12
NC4
B10
NC5
B8
NC6
Auxiliary Contacts
Auxiliary contacts are designed to indicate the position of
the Power Circuit Breaker main contacts. Each EntelliGuard™
device is supplied with a standard package of 3 Normaly
open (NO) and 3 normally closed (NC) contacts that operate
simultaneously with the breakers main contacts.
Optionally other packages are available that can be used to
increase the number of available contacts by replacing the
standard auxiliary contact block.
NO6
Breaker Accessories
Auxiliary Contacts
A25
EntelliGuard™
Bell Alarm, Cassette position indication, Spring Charged &
Ready to close contacts
Connnections
The connection points of the Bell Alarm contact can be found
on terminal A of both the Fixed Pattern & Draw-out Breaker
types.
A34 A33
Connnections
The device is located in the left side of the cassette
substructure and can be accessed and connected directly.
Electrical characteristics Position Indication Contacts
AC Ratings
DC Ratings
Voltage
Amps
Voltage
Amps
250V
AC21-10A
125V
250V
DC21-0,5A
DC21-0,25A
Spring Charged and Ready to Close Contacts
A breaker with electrical charging mechanism can be
optionally equipped with one or two indication contacts. The
first the Spring Charged Contact simply does as indicated and
is supplied with the standard Motor Operating Mechanism.
The second, the ready to close indication, optionally replaces
the Spring Charged Contact. It only moves position when the
following conditions are met:
BA CONTACTS
-> The circuit breaker is open
-> The closing springs are charged
-> The circuit breaker is not locked/interlocked in open position
-> There is no standing closing order
-> There is no standing opening order
A35
Intro
A
B
Both contacts are availble in a 1NO configuration.
Voltage
Amps
Voltage
Amps
250V
AC21-6A
125V
250V
DC21-0.4A
DC21-0.2A
Connnections
The connection points of these contacts can be found on
terminal A of both the Fixed Pattern & Draw-out Breaker types
A3
Minimum Operating Current 0,1A at 8V DC
Cassette Position Indication Contacts
A breaker in draw-out mode has a cassette that is used for
mounting and connecting. The breaker, in its moving portion
mode, can be inserted into the cassette and by use of the
racking handle and it can be moved to one of three positions:
Connected, Test, Disconnected or Withdrawn
To indicate in which position the EntelliGuard™ Breaker is
located within the Cassette position is Indication contacts are
available. The disconnected position is only being indicated
when minimum isolating distances between contacts on both
the main and auxiliary circuits
have been achieved. The devices
are available in two packages
with 1 or 2 changeover contacts
per position.
Commonly referred to as Carriage
switches they are available as a
factory mounted component or
as a field mountable device.
C
A3
A4
D
READY TO CLOSE
DC Ratings
SPRINGS CHARGED
Electrical characteristics Bell Alarm Contact
AC Ratings
Bell Alarm & indication contacts
Bell Alarm Contact
When an EntelliGuard™ Power Circuit Breaker has tripped due
to a fault detected by the tripunit, a Bell Alarm Changeover
contact is available to indicate this. The Electronic Trip Units trip
reason indicators and the optional release
indication contacts providing the reason of
the ‘trip’.
The device is available as a factory mounted
component or as a field mountable device.
The Bell Alarm contact is easy-to-fit, and
has simple plug-in connectors. The contact
can only be used when the breaker is
adjusted to “manual reset”.
OR
E
A4
Electrical characteristics
Power Rated types
F
AC Ratings
DC Ratings
Voltage
Amps
Voltage
Amps
250V
AC21-6A
125V
250V
DC21-0,4A
DC21-0,2A
X
Minimum Operating Current 0.16A at 5V DC
Signal Rated, gold plated contact types(1)
AC Ratings
DC Ratings
Voltage
Amps
Voltage
Amps
125V
AC21-0,1A
8-30V
DC21-0,1A
Minimum Operating Current 1mA at 5V DC
(1) Spring Charged contact NOT available in signal rated version
C.7
EntelliGuard™
Mechanical Interlocking of Multiple Breakers
Breaker Accessories
Mechanically Interlocked Breakers
Many Low Voltage Installations have multiple power sources
that are used in many different configurations.
The power sources are required to supply the installation
simultaneously, alternatively or in a certain logical
combinations of both.
The EntelliGuard™ Power Circuit Breaker can be used to protect these Power supplies and be electrically and mechanically interlocked to provide the necessary logic.
The mechanical interlocks are available for fixed and drawout circuit breakers, enabling the direct interlocking of the
breakers, mounted side by side or stacked.
The device has two parts; the first a kit customized for use
with the breaker in fixed pattern or the cassette when a
draw-out pattern is required (field mountable). Two or more
specially designed field mountable cables available in lengths
of 1,0; 1,6; 2,0; 2,5; 3,0; 3,5 and 4,0 meters being the second.
Any combination mode (fixed or
draw-out), current rating, number of
poles or envelope size can be interlocked. The interlocking systems are
available in one configuration for
2 breakers and in three others for
3 breakers.
Intro
A
B
C
Three Breaker Interlock type B
Interlock type B in which one of the three breakers (B1, B2 or
B3) can be switched ON. Each breaker must be equipped with
a factory mounted interlock type B. Six cables are needed.
G
B1
B2
B3
Three Breaker Interlock type C
Interlock type C in which one or two of the three breakers
can be switched ON in accordance with the inserted diagram.
Each breaker must be equipped with a factory mounted interlock type C. Six cables are needed.
B1
0
I
0
0
I
0
I
B2
0
0
0
I
I
I
0
B3
0
0
I
0
0
I
I
D
Two Breaker Interlock
Interlock type A in which one of the two breakers (B1 or B2)
can be switched ON. Each breaker must be equipped with a
factory mounted interlock type A. Two cables are needed.
E
F
X
Three Breaker Interlock type D
Interlock type D in which one or two of the three breakers
can be switched ON in accordance with the inserted diagram.
Breakers B1 & B3 must be equipped with a factory mounted
interlock type A and B2 with a interlock type D. Four cables
are needed.
G
B1
C.8
B2
B1
0
I
0
I
0
B2
0
0
0
0
I
B3
0
0
I
I
0
EntelliGuard™
Locking previsions for Breaker and Cassette Door-Interlock systems;
Mis insertion device
Standard Padlocking Facilities
Breaker & Cassette
Cassette Key lock facilities
The cassette supplied with the
breakers in draw-out mode
has three facilities for up to 3
padlocks(1) of 5-8mm. Two of these
can be found on the cassette
euchenon and can be used for
locking the shutters in closed
position or closing and locking the
racking handle aperture. The third
option is located on the breaker
draw-out support slides and can
be used to lock breaker & chassis
combination in disconnected
position.
Facia Pushbutton Padlocking Facilities
To prevent un-authorized access
to both the ON and OFF push
buttons on the breakers front
facia, a padlockable push button
cover can be fixed to the breaker
front facia. 1 padlock of 5-8mm
can be used.
Breaker Key lock facilities
A Power Circuit breaker can be equipped with up to four key
locks. The key lock system encompasses a device fitted in the
front facia allowing the locks to be fitted and the separate
locks. These devices ensure that a circuit breaker cannot be
closed unless the key has been inserted and secured within
the lock.
Door Interlock
Mechanical Interlocking
The Cassette of a Power Circuit
breaker can be equipped with up
to two Ronis or Profalux key locks.
The key lock system
encompasses a device fitted
to the cassette allowing the
locks and the separate locks
to be fitted. The device ensures
that a draw-out circuit breaker
cannot be moved from the TEST
or DISCONNECT position unless
the key has been inserted and
secured within the lock. The locks
also prevent the breaker from (all
positions) being switched on.
The device allows up to
2 Ronis 1104 or Profalux locks.
The locks must be purchased as
separate items.
EntelliGuard™ Power Circuit
Breakers are supplied with two
standard padlocking devices.
The breaker in Fixed and Drawout pattern have a padlocking
facility for one padlock of 5-8mm
allowing the breaker to be locked
in its OFF position.
Intro
A device designed to prevent the
door of the equipment in which
the breaker is installed to be
opened when the Power Circuit
breaker is in connected position.
It is available in two executions;
one for a door opening to the left
and one to the right.
A
B
C
Mis Insertion Device
By incorporating this optional
security interlock device into the
draw-out cassette, an inadvertent
insertion of an incorrect rated
moving portion is prevented.
Before using the interlocking
system, the misinsertion logic
needs to be set on both the
breaker and the device.
D
E
F
X
Devices are available for 1 Castell
or Kirk lock and 4 Ronis 1104 or
Profalux locks. The separate Ronis
and ProflAux.locks are part of the
EntelliGuard™ product offering
the Castell and Kirk locks must be
acquired elsewhere.
(1) Shutter lock, maximum 1 padlock of 3-8 mm.
C.9
EntelliGuard™
Breaker Accessories
Installation Accessories
Intro
A
B
C
D
E
F
X
C.10
Operations Counter
A simple and easy to install mechanical device that displays
an accurate and cumulative record of the number of closing
operation of the EntelliGuard™ Power Circuit Breaker in which
it is installed.
The mechnical and electrical
life span of the breaker can be
extended by limited periodic
maintenance. The counter
contains information that can
assist in determening when.
Contact Wear Indicator
A second simple and easy to install mechanical device that
can be used to ascertain when
breaker maintenance is needed.
Mounted above the contacts
of a breaker in draw-out mode
it allows the user to physically
see the contacts and contains
markers to determine their wear.
Sensors, Rogowski coils
If the EntelliGuard™ Electronic Trip Unit is configured to allow
Earth/Ground fault protection an external Neutral sensor can
be required. Rogowski coils for this application are available as
separate items and are supplied
with a mounting kit.
For the correct sensor choice
and application details see page
B.14 of this catalogue.
Sensors, Current transformers
If the EntelliGuard™ Electronic Trip Unit is configured to allow
Earth/Ground fault protection an external Neutral sensor can
be required. In most standard applications a Rogowski coil
suffices, however in some cases other Sensors are needed.
Current Transformer are used for ‘Source Ground’ return
Earthfault applications. If combinations of earthfault options
as UEF, REF & SEF are required multiple sensors could be
required.
Current Transformers for these
application are available as
separate item and are supplied
with a mounting kit and an extra
interposing Current Transformer
needed in some specific cases.
For the correct sensor(s) choice
and application details see page
B.14 of this catalogue.
Wall Mounting Brackets
EntelliGuard™ Power Circuit Breakers are designed to be
mounted within a frame inside a low voltage Distribution or
Control panel. In some cases, specifically when the front
connection option is used, wall mounting can be more
expedient.
For this purpose wall mounting
brackets are available for the
breakers in Fixed Pattern,
envelope 1 and 2.
Terminal Block
Breakers in Fixed Pattern, cassettes and breakers in
Draw-out mode are always supplied with an auxiliary
connection block suitable for 39 connection points (terminal A).
When the number of factory installed accessories exceeds
the available number of connection points needed, a 2nd
connection block is automatically added (terminal B).
For cases where the accessories
are mounted in the field, separate
auxiliary connection block are
available; two types suited for the
breakers in fixed pattern (39 or 78
pole) and one for breakers in drawout mode (adding 39 poles).
IP54 Cover
All Power Circuit Breakers are
supplied with a door flange/door
frame that allows the user to finish
the door cut-out professionally,
simultaneously providing a
protection degree of IP31.
If a higher protection degree is
required, an additional cover is
available allowing IP54.
Hoisting/Lifting accessories
All EntelliGuard protection devices
are equipped with a set of hoisting
eyes (see page D.2). To use these
hoisting eyes with standard lifting
equipment specifically designed
adaptors are available.
One adaptor or beam is available for use with breakers up
to 4000Amps (envelope 1 & envelope 2 types - GLB1) and a
second for use with the larger envelope 3 breaker with ratings
up to 6400A (GLB3).
EntelliGuard™
Earthing device (maintenance accessory) Spare Parts
Spare parts for general use
The EntelliGuard™ Power Circuit breaker uses components
that are designed to last the full life span of the device. However, certain components can be damaged or break during
operational use. For these specific cases, the following spare
parts are available:
Cassette: moving portion Racking Handle (A)
Shutters (B)
Breaker (C): Front cover
Locking devices: Set of 4 Ronis key interlock cams
(A)
(B)
(C)
Installation Accessories
Earthing Device
To allow either the incoming cables or the busbar to be safely
held at earthed potential and locked during system
maintenance, all EntelliGuard™ Power Circuit Breakers can be
fitted with an earthing device.
The device is available as a separate field mountable accessory
and has a Short-circuit rating
equal to the short time withstand
(Icw) of the breaker.
Intro
A
B
Spare part for maintenace purposes
Air Circuit Breakers as the Entellliguard Power Circuit Breakers
require periodic maintenance. Here, in some cases certain
components critical to the devices functionality could need
replacement.
Please contact our service department for specialist
assistance in establishing which components need
replacement and the physical replacement activities.
The following items are available:
Arc Chutes (A)
Fixed arcing Contacts (B)
Cassette cluster contacts (C)
Pliers to remove Cassette cluster contacts (D)
(A)
(B)
(C)
(D)
C
D
E
F
X
C.11
EntelliGuard™
Notes
Intro
A
B
C
D
E
F
X
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EntelliGuard™
Application Guide
D.2
Handling, Mounting and Connecting
D.4
Heat Dissipation, Watt loss & Current Ratings at temperatures >50°C
D.6
Selectivity/Discrimination
D.7
Selectivity with downstream devices, tables
D.8
Protection of standard circuits
D.9
Applications
D.10
The breaker
Intro
Order Codes
A
Electronic Trip Units
B
Breaker Accessories
C
Application Guide
D
Wiring Diagrams
E
Dimensions
F
Numerical index
X
Environmental considerations
D.1
EntelliGuard™
Application Guide
Handling, Mounting and Connecting
Intro
A
Clearance distances
A modern circuiit breaker is designed to interrupt high
Short-circuit currents in a very limted time frame. In doing
so the breaker vents gas and a limited amount of conductive
fragments.
EntelliGuard™ Power Circuit Breakers have been designed
to limit the venting phenomenon to a minimum, but certain
clearances do need to be taken into account as indicated in
the front and side views.
The maintenance of the fixed pattern devices requires access
to the contacts and the removal of the Arc Chutes. A certain
distance needs to be left above the breaker to allow for this
as indicated in the front and side views.
Front View Fixed or Draw-out Pattern
A
B1
B2
Minimum Clearance distances on Fixed Pattern breaker from housing to:
A(1)
B1
B2
Metal Parts
Insulated parts
160
30
30
160
30
30
Side View Fixed Pattern
182mm min
to remove
Arc Chute
Minimum Clearance distances from Draw-out cassette housing to:
A
B1
B2
Metal Parts
Insulated parts
0
0
0
0
0
0
B1
(1) Dimension allows for field Arc Chute replacements
Handling
EntelliGuard™ Breakers in the fixed pattern & as draw-out
portion have two retractable lifting eyes. One of these is
located on the breaker right hand side and a 2nd on the left
(see sketch).
The cassettes have four re-enforced tilting points with M10
screw thread.
B
C
D
Recommended Connection Cross sections
The adjacent table indicates the recommended bus bar
dimensions to be used in connecting the EntelliGuard™ Power
Circuit Breaker. The current ratings of the devices with these
recommended bus bar connection sizes are indicated on
page D3 & D4.
E
F
X
D.2
Side View Fixed or Draw-out Type
Dia 26 Hole
Breaker type
‘Automatic’
Switch Type Envelope In in A
‘Non Automatic’
GG04, S N & H
GJ04S & GW04N
GG04 E and M
GJ04H
GG07, S N & H
GJ07S & GW07N
GG07 E and M
GJ07H
GG08, S N & H
GJ08S & GW08N
GG08 E and M
GG10, S N & H
GG10 E and M
GG13, S N & H
GG13 E and M
GG16, S N & H
GG16 E and M
GG20, S N & H
GG20 E and M
GJ08H
GJ10S & GW10N
GJ10H
GJ13S & GW13N
GJ13H
GJ16S & GW16N
GJ16H
GJ20S & GW20N
GJ20H
GG25N, H & M
GJ25N & GW25H
GG32N, H & M
GH32N, H & M
GG32G & L
GG40N, H & M
GH40N, H & M
GG40G & L
GJ32N & GW32H
GK32N & GZ32H
GJ32G
GJ40N & GW40H
GK40N & GZ40H
GJ40G
GG50M & L
CJ50L
GG64M & L
CJ64L
1 or 2
400
1 or 2
630
1 or 2
800
1 or 2
1000
1 or 2
1250
1
2
1
2
1600
2000
2
2500
2 or 3
3200
2
4000
3
4000
3
5000
3
6400
Recommended
Copper Bus Bar
sizes
1 x 40 x 10 or
1 x 80 x 5 or
2 x 40 x 5
1 x 50 x 10 or
1 x 100 x 5 or
2 x 50 x 5
1 x 50 x 10 or
1 x 100 x 5 or
2 x 50 x 5
1 x 60 x 10 or
2 x 60 x 5
2 x 40 x 10 or
2 x 80 x 5
2 x 50 x 10 or
2 x 100 x 5
3 x 50 x 10 or
3 x 100 x 5
4 x 50 x 10 or
4 x 100 x 5
4 x 100 x 10
4 x 100 x 10
Plus 1 x 100 x 5
4 x 100 x 10
5 x 120 x 10 or
6 x 100 x 10
7 x 120 x 10 or
8 x 100 x 10
EntelliGuard™
Handling, Mounting and Connecting
A
B
C
D
R6.5
38-42 Nm
2x M10 x 60 -8.8
4x M10
4x M10
2x M10 -8.8
A
B
C
D
34.5 31
17
Draw-out pattern
S type 2000A, N & H 400-2000A
38-42 Nm
50
29
25
Fixed pattern
400-2000A Rear Vertical
15
2 holes
Ø 12
Ø 13
Fixed pattern
2000A Rear Horizontal
25
38-42 Nm
Ø 12
17
11
.5
R6
A
B
C
D
2x M10 x 60 -8.8
4x M10
4x M10
2x M10 -8.8
Draw-out pattern
S type 400-1600A Rear Vertical or Horizontal
65
22 22
A
B
C
D
25
25
30
17.5
A
B
C
D
3x M10x60 - 8.8
6x M10
6x M10
3x M10 - 8.8
38-42 Nm
A
B
C
D
R6.5
2x M10 x 60 -8.8
4x M10
4x M10
2x M10 -8.8
Draw-out pattern
2000A Front
38-42 Nm
15
3x M10x60 - 8.8
6x M10
6x M10
3x M10 - 8.8
65
30
38-42 Nm
30
17
2x M10 x 60 -8.8
4x M10
4x M10
2x M10 -8.8
38-42 Nm
65
22 22
11
Ø 12
17
17
15,5
A
B
C
D
2x M10 x 60 -8.8
4x M10
4x M10
2x M10 -8.8
Draw-out pattern
400-1600A Front
65
38-42 Nm
27,5
13
Fixed pattern
400-2000A Front
20
65
18,75
A
B
C
D
8
58
50
Fixed pattern
N & H type 400-1600A Rear Horizontal
38-42 Nm
15
2x M10 x 60 -8.8
4x M10
4x M10
2x M10 -8.8
31 17
Fixed pattern
S type 400-1600A Rear Horizontal
A
B
C
D
3x M10x60 - 8.8
6x M10
6x M10
3x M10 - 8.8
R6.5
58
Handling, Mounting and Connecting
Envelope 1 connection modes and application
Intro
Envelope 2 connection modes and application
Ø 13
25 25 25
17
10
A
B
C
D
4x M12x60/90 - 8.8
8x M12
8x M12
4x M12 - 8.8
13
A
B
C
D
4 holes
Ø 13
100
50-60 Nm
25 25 25
4x M12x60/90 - 8.8
8x M12
8x M12
4x M12 - 8.8
A
Draw-out pattern
400-4000A Front
12.5
50-60 Nm
25 25 25
Ø 12
20
50-60 Nm
95
Draw-out pattern
400-3200A Rear Vertical or Horizontal
14
Fixed pattern
400-4000A Rear Horizontal or Vertical
A
B
C
D
4x M12x60/90 - 8.8
8x M12
8x M12
4x M12 - 8.8
B
C
Draw-out pattern
4000A Rear Vertical ONLY
4x M12x60/90 - 8.8
8x M12
8x M12
4x M12 - 8.8
50-60 Nm
A
B
C
D
4 holes
Ø 13
13
13
A
B
C
D
Draw-out pattern - 100% rated version
3200 & 4000A Rear Vertical ONLY
4x M12x60/90 - 8.8
8x M12
8x M12
4x M12 - 8.8
15
90
25 25 25
Ø 13
4 holes Ø 13
25 25 25
25 25 25
17
12.5
13
50-60 Nm
100
13
Fixed pattern
400-4000A Front
D
50-60 Nm
A
B
C
D
4x M12x60/90 - 8.8
8x M12
8x M12
4x M12 - 8.8
E
12
58
F
Envelope 3 connection modes and application
Fixed pattern
4000-5000A Rear Horizontal
30 30
Ø 13
17
14
51
50-60 Nm
A
B
C
D
3x M12x60/80 - 8.8
6x M12
6x M12
3x M12 - 8.8
X
50-60 Nm
18
25 25 25
88
Draw-out pattern 4000-5000A Rear Horizontal
-OR- 4000 -6400A Rear Vertical (1)
A
B
C
D
3x M12x60/80 - 8.8
6x M12
6x M12
3x M12 - 8.8
Ø 13
A
B
C
Fixed pattern
4000-6400A Rear Vertical
50-60 Nm
120
25 25 25
Ø 13
18
A
B
C
D
D
4x M12x60/90 - 8.8
8x M12
8x M12
4x M12 - 8.8
(1) The envelope 3 draw-out pattern construction has two connection pads per connection point.
D.3
EntelliGuard™
Heat Dissipation, Watt loss & Current Ratings at temperatures >50°C
Application Guide
Standards
The standard for low voltage equipment is defined in the EN
60439-1, the EN 50298 and the IEC 60890. These provide a
theoretical method to calculate the temperature rise within
an enclosure. The main element in these calculations is the
power dissipation of the equipment installed. By totalizing
this value for all the installed devices, connections, cables and
busbars it is possible to calculate the temperature rise within
the enclosure. For normal applications a temperature rise
within the enclosure of 50 Kelvin is assumed.
Intro
A
B
C
D
E
Breaker type
‘Automatic’
Switch Type
‘Non Automatic’
Envelope
In in A
Power loss
at In per
pole (W)
GG04, S N & H
GG04 E and M
GG07, S N & H
GG07 E and M
GG08, S N & H
GG08 E and M
GG10, S N & H
GG10 E and M
GG13, S N & H
GG13 E and M
GG16, S N & H
GG16 E and M
GG20, S N & H
GG20 E and M
GG25N, H & M
GG32N, H & M
GG32G & L
GG40N, H & M
GG40G & L
GG50M & L
GG64M & L
GJ04S & GW04N
GJ04H
GJ07S & GW07N
GJ07H
GJ08S & GW08N
GJ08H
GJ10S & GW10N
GJ10H
GJ13S & GW13N
GJ13H
GJ16S & GW16N
GJ16H
GJ20S & GW20N
GJ20H
GJ25N & GW25H
GJ32N & GW32H
GJ32G
GJ40N & GW40H
GJ40G
GJ50L
GJ64L
1
2
1
2
1
2
1
2
1
2
1
2
1
2
2
2
3
2
3
3
3
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
4000
4000
5000
6400
2,29
1,66
5,68
4,13
9,15
6,66
14,3
10,4
22,3
16,3
36,6
26,6
57,2
41,6
65,0
106
66,6
166
104
163
266
GG04, S N & H
GG04 E and M
GG07, S N & H
GG07 E and M
GG08, S N & H
GG08 E and M
GG10, S N & H
GG10 E and M
GG13, S N & H
GG13 E and M
GG16, S N & H
GG16 E and M
GG20, S N & H
GG20 E and M
GG25N, H & M
GG32N, H & M
GH32N, H & M
GG32G & L
GG40N, H & M
GH40N, H & M
GG40G & L
GG50M & L
GG64M & L
GJ04S & GW04N
GJ04H
GJ07S & GW07N
GJ07H
GJ08S & GW08N
GJ08H
GJ10S & GW10N
GJ10H
GJ13S & GW13N
GJ13H
GJ16S & GW16N
GJ16H
GJ20S & GW20N
GJ20H
GJ25N & GW25H
GJ32N & GW32H
GK32N & GZ32H
GJ32G
GJ40N & GW40H
GK40N & GZ40H
GJ40G
GJ50L
GJ64L
1
2
1
2
1
2
1
2
1
2
1
2
1
2
2
2
2
3
2
2
3
3
3
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
4000
4000
4000
5000
6400
4,78
3,74
11,9
9,29
19,1
15,0
29,9
23,4
46,7
36,6
76,5
59,9
120
93,6
146
240
186
106
374
291
166
260
426
Use
An enclosure manufacturer can provide the exact data on
the allowable power dissipation within a certain enclosure.
The values depend on the enclosure type, the ventilation it
offers and where the components are located within
this enclosure.
EntelliGuard™ Power Circuit breakers
The devices have been designed to offer the lowest,
feasible heat dissipation value and the highest possible
current ratings when enclosed. The tables here indicate the
heat dissipation values and current ratings at temperatures
within the direct vicinty of the breaker in free air.
The values apply for breakers used with rear connections and
the preferred vertical busbars. The recommended connection
cross sections and busbar sizes can be found on page D.2.
Temperature in the direct environment of the EntelliGuard
≤50°C
55°C
60°C
65°C
70°C
Maximum user Current Ie in A Vertical connection mode: Fixed pattern
400
400
400
400
400
400
400
400
400
400
630
630
630
630
630
630
630
630
630
630
800
800
800
800
800
800
800
800
800
800
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1250
1250
1250
1250
1250
1250
1250
1250
1250
1250
1600
1600
1600
1600
1600
1600
1600
1600
1600
1600
2000
2000
2000
2000
2000
2000
2000
2000
2000
2000
2500
2500
2500
2500
2500
3200
3200
3200
3150
3100
3200
3200
3200
3200
3200
4000
3750
3600
3500
3400
4000
4000
4000
4000
4000
5000
5000
5000
4900
4800
6400
6300
6200
6100
6000
Maximum user Current Ie in A Vertical connection mode: Draw-out types
F
X
D.4
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
3800
4000
4000
5000
6400
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
3700
3950
4000
5000
6300
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
3600
3900
4000
5000
6200
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3100
3200
3200
3500
3835
4000
4900
6100
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3000
3200
3200
3400
3750
4000
4800
6000
EntelliGuard™
Heat Dissipation, Watt loss & Current Ratings at temperatures >50°C
Breaker type
‘Automatic’
Switch Type
‘Non Automatic’
Envelope
GG04, S N & H
GG04 E and M
GG07, S N & H
GG07 E and M
GG08, S N & H
GG08 E and M
GG10, S N & H
GG10 E and M
GG13, S N & H
GG13 E and M
GG16, S N & H
GG16 E and M
GG20, S N & H
GG20 E and M
GG25N, H & M
GG32N, H & M
GG32G & L
GG40N, H & M -RH
GG40N, H & M-FC
GG40G & L
GG50M & L
GG64M & L
GJ04S & GW04N
GJ04H
GJ07S & GW07N
GJ07H
GJ08S & GW08N
GJ08H
GJ10S & GW10N
GJ10H
GJ13S & GW13N
GJ13H
GJ16S & GW16N
GJ16H
GJ20S & GW20N
GJ20H
GJ25N & GW25H
GJ32N & GW32H
GJ32G
GJ40N & GW40H-RH
GJ40N & GW40H-FC
GJ40G
GJ50L
GJ64L
1
2
1
2
1
2
1
2
1
2
1
2
1
2
2
2
3
2
2
3
3
3
In in A Power loss
at In per
pole (W)
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
2,29
1,66
5,68
4,13
9,15
6,66
14,3
10,4
22,3
16,3
36,6
26,6
57,2
41,6
65,0
106
66,6
Temperature in the direct environment of the EntelliGuard
≤50°C
55°C
60°C
65°C
70°C
Maximum user Current Ie in A
(2)
Horizontal or Front connection mode: Fixed pattern
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3100
3200
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3050
3200
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3000
3200
(1)
(1)
(1)
(1)
(1)
(1)
(1)
4000
4000
5000
166
104
163
4000
4000
5000
3700
4000
5000
3400
4000
5000
3200
4000
4875
3000
4000
4750
(1)
(1)
(1)
(1)
(1)
(1)
(1)
Heat Dissipation
EntelliGuard™ Power Circuit breakers
Other connection modes as rear connection with horizontal
busbars and connection from the breaker front are possible.
The tables here indicate the heat dissipation values and current ratings at temperatures within the direct vicinty of the
breaker in free air.
The values apply for breakers used in rear connection mode
with horizontal busbar connection and for devices with front
connection.
The recommended connection cross sections and busbar
sizes can be found on page D.2.
Intro
A
B
C
Maximum user Current Ie in A
Horizontal or Front(2) connection mode: Draw-out types
GG04, S N & H
GG04 E and M
GG07, S N & H
GG07 E and M
GG08, S N & H
GG08 E and M
GG10, S N & H
GG10 E and M
GG13, S N & H
GG13 E and M
GG16, S N & H
GG16 E and M
GG20, S N & H
GG20 E and M
GG25N, H & M
GG32N, H & M
GH32N, H & M
GG32G & L
GG40N, H & M -RH
GG40N, H & M-FC
GH40N, H & M
GG40G & L
GG50M & L
GG64M & L
GJ04S & GW04N
GJ04H
GJ07S & GW07N
GJ07H
GJ08S & GW08N
GJ08H
GJ10S & GW10N
GJ10H
GJ13S & GW13N
GJ13H
GJ16S & GW16N
GJ16H
GJ20S & GW20N
GJ20H
GJ25N & GW25H
GJ32N & GW32H
GK32N & GZ32H
GJ32G
GJ40N & GW40H-RH
GJ40N & GW40H-FC
GK40N & GZ40H
GJ40G
GJ50L
GJ64L
1
2
1
2
1
2
1
2
1
2
1
2
1
2
2
2
2
3
2
2
2
3
3
3
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
4,8
3,74
11,9
9,3
19,1
15,0
29,9
23,4
47
36,6
77
60
120
94
146
240
186
106
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
3200
3200
3200
D
400
400
630
630
800
800
1000
1000
1250
1250
1600
1600
2000
2000
2500
2900
3000
3200
(1)
(1)
(1)
(1)
(1)
(1)
(1)
4000
374
4000
3700
3400
3200
3000
(1)
(1)
(1)
(1)
(1)
(1)
(1)
4000
5000
166
260
4000
5000
4000
5000
4000
5000
4000
4850
4000
4700
(1)
(1)
(1)
(1)
(1)
(1)
(1)
E
F
X
(1) Rear horizontal connections cannot be used at this current rating
(2) Front connections are available for the standard envelope 1 and
envelope 2 types (not available for GH,GK and GZ types)
D.5
EntelliGuard™
Application Guide
Selectivity/Discrimination
Intro
A
B
C
D
E
F
X
D.6
Selectivity - Discrimination
In a low voltage distribution network it is necessary that on a
fault the protection device nearest to the fault reacts whilst all
others remain closed.
This capability is called discrimination (UK) or Selectivity
(USA and Europe).
If this requirement is not met a fault in one arm of the distribution system could cause a number of upstream protection
devices to react and open. A relatively minor fault in one arm
of a complete distribution will then cause a power interruption across a major part of the installation.
Downstream
Device
Trip Unit
Setting
Denomination
Settings
determining
selectivity
EntelliGuard™ Power Circuit breakers
A combination of the high precision and multiple bands of the
EntelliGuard™ Electronic Trip Unit allow full selectivity to be
achieved between closely rated devices over multiple levels.
The table included here indicates the recommended settings
of the downstream protection devices and the upstream
EntelliGuard™ breaker.
A second table on page D.6 indicates the discrimination /
selectivity that can be achieved with these settings.
The tables can replace the Complex and Time consuming
method of comparing multiple Time Current curves across
many levels.
Recommended EntelliGuard™ settings
Ir or Ie setting
Ratio
LTDB setting
band
1,6 x
C22
1,6 x
C22
Ist setting Ratio
STDB setting
band
1,6 x
Band 2
1,6 x
Band 2
1,35 x
Band 2
1,35 x
Band 3
I setting
Record Plus
Ir
Im
Ir
FD& FE frame
GTM
Im
Ir
LTD line
FE frame
SMR1
LTD Motor
Ist
Ir
LTD line
FG frame
SMR1
LTD Motor
Ist
Ir
LTD cl.1.25
LTD cl. 2.5
LTD cl. 5
LTD cl.10
LTD cl.20
FG frame
SMR2
LTD cl.30
Ist
STD=420ms
STD=310ms
STD=210ms
STD=120ms
STD=40ms
Ir
FK frame
SMR1e
Ist
STD
Ir
LTD cl. 5
LTD cl.10
LTD cl.20
FK frame
SMR1s
LTD cl.30
Ist
STD=300ms
STD=200ms
STD=100ms
Ir
LTD class
EntelliGuard
GT-E
Ist
STD band min. until 11
STD band ≤12
Ir
LTD class
EntelliGuard
GT-S, N & H
Ist
STD band min, until 11
STD band ≤12
Industrial fuses
---Current rating
GL/Gg type
FD& FE frame
LTMD
Ratio & Band
Ratio & Band
Ratio & Band
Ratio & Band
Ratio & Band
Band
Band
Ratio & Band
Ratio & Band
Band
Band
Ratio & Band
Ratio
Band
Band
Band
Band
Band
Band
Ratio
Band
Band
Band
Band
Band
Ratio & Band
Ratio
Band
Ratio
Band
Band
Band
Band
Ratio
Band
Band
Band
Ratio
Band
Ratio
Band
1,3 x
C8
C14
Minimum setting
5kA -FD160,
7kA - FE160,
9kA - FE250
or I = ‘OFF’
1,3 x
C8
C14
1,3 x
C3
C5
C8
C12
C16
C18
Minimum setting
14kA -FG400,
18kA - FG630
or use ZSI
or I = ‘OFF’
1,35 x
Band 13
Band 11
Band 9
Band 6
Band 3
1,4 x
C8
1,35 x
Band 7
1,4 x
C8
C12
C19
C22
Band 12
Band 10
Band 7
Minimum
setting
18kA -FK800
20kA - FK1000
20kA - FK1250
28kA - FK1600
or use ZSI
or I = ‘OFF’
1,25 x
2 higher
1,25 x
2 higher
1 higher
Ratio
Band
Ratio
Band
1,25 x
Ratio & Band
2x
Use ZSI
or I = ‘OFF’
2 higher
1,25 x
2 higher
1 higher
F20
ST = 8 x Ir, STDB band 5 and I = 12 x Ie
EntelliGuard™
Selectivity with downstream devices, tables
Upstream EntelliGuard™ device and Selectivity limit Is (1)
Downstream Device
GG04S
to
GG20S
GG04N
to
GG20N
GG25N
to
GG40N
GG04E
to
GG20E
GG(H)25H
to
GG(H)40H
GG(H)25M
to
GG(H)40M
GG32G
to
GG40G
GG40M
to
GG64M
GG40L
to
GG64L
All
T
T
T
T
T
T
T
T
T
All
T
T
T
T
T
T
T
T
T
All
T
T
T
T
T
T
T
T
T
All
All
All
All
All
All
All
All
All
All
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
All
All
All
All
All
All
All
50kA (2)
50kA (2)
50kA (2)
-----
T
65kA (2)
65kA (2)
-----
T
65kA (2)
65kA (2)
65kA (2)
65kA (2)
---
T
T
85kA (2)
-----
T
T
85kA (2)
85kA (2)
85kA (2)
---
T
T
85kA (2)
85kA (2)
85kA (2)
---
T
T
T
T
T
---
T
T
T
T
T
100kA (2)
100kA (2)
T
T
T
T
T
100kA (2)
100kA (2)
Intro
----
T
T
T
T
T
T
T
T
T
A
Selectivity
Elfa Plus MCB’s
EP30, 45, 60, 100 & 250, CP30, 45 & 60,
DME60, DPE100,
DP(A)60, DP(A)100 & DPT100
Elfa Plus MCB’s
HTI & S90 C curve
Surion Manual Motor starters
GPS1BS, GPS1MS & GPS1MH
GPS2BS, & GPS2MH
Record Plus
FD& FE frame C, E, V, S tiers
FD& FE frame N tier
FD& FE frame H tier
FD& FE frame L tier
FG frame N tier
FG frame H tier
FG frame L tier
FK frame N tier
FK frame H tier
FK frame L tier
EntelliGuard
GG04S to GG20S
GG04N to GG20N
GG04E to GG20E
GG(H)25H to GG(H)40H
GG(H)25M to GG(H)40M
GG(H)40M to GG(H)64M
GG(H)40L to GG(H)64L
Industrial fuses
GL/Gg type
Trip Unit
(1) T = Full selectivity until the Icu of the downstream or upstream device (the lowest of the two)
(2) Indicated values apply with I (Instantaneous) ON, If Off reduce by 10%
B
C
D
E
F
X
D.7
EntelliGuard™
Protection of standard Circuits (1)
Application Guide
Protection of Standard Circuits
Protection devices as the EntelliGuard™ Power Circuit breaker
are used in a wide variety of environments to protect
conductors, equipment and devices in low voltage distribution
circuits. To use this product to its full potential it is necessary
to verify that it functions correctly in the environment in
which it is used, and that it meets the Electrotechnical
requirements of the circuit it protects.
Intro
A
B
Environment
EntelliGuard™ will function well in almost any industrial
environment and fully complies with the environmental
requirements of the relevant EN 60 947-2 standard.
For conditions other than the above mentioned, please refer
to page D.9 of this section.
Maximum Short-Circuit Current
Each protective device must be capable of interrupting
the maximum Short-circuit current at the point where it is
installed (see HD 384 standard). The interruption ratings
(Breaking Capacities) of the EntelliGuard™ circuit breaker can
be found on pages 2, 3 & 4 of this catalogue.
Design Current of a circuit
The equipment and devices in an electrical circuit determine
its current load or design current Ib.
A circuit breaker’s overload or Ir setting is normally adjusted
to a value equal to the design current.
Weakest Short-circuit current in a circuit
On a Short-circuit event the total circuit impedance
determines both the MAXIMUM and WEAKEST Short-circuit
current that can flow in the circuit.
For the weakest short circuit current it is necessary to
establish if the protection device trips before the electrical
conductors reach their maximum temperature, this for
operating times of 0,1 to 5 seconds.
C
D
Fault Currents
In the 2005 edition of the IEC 60364-4-41 the general
terminology ‘Protection against Electrical shock’ has been
adapted whilst two new terms have been introduced:
E
1) Protection under normal conditions now designated:
Basic Protection
2) Protection under fault conditions now designated:
Fault protection
F
X
Fault protection being provided by protective equipotential
bonding and automatic disconnection of the supply. Under
fault conditions, depending on the network an interruption
time of 5 seconds (TN) or 1 second is required (TT) for circuits
with a rating >32A. Depending on the configuration of the
earthing system the 1 and 5 second disconnection time is
also required for interruption of a second fault in IT systems.
(1) For more details see section E of the 2010 edition of the Record Plus catalogue.
D.8
EntelliGuard™ Power Circuit breakers
To protect standard circuits, the breakers are equipped with a
number of protection devices.
Overload Protection device
The first is a highly accurate menu driven overload protection
device that has an adjustment range of 0,2 to 1 x the breaker
rating. Six main current ratings (Ie) are available. Each have a
sub setting (Ir) of 0,5 to 1 times the chosen Ie rating.
This device is normally set to a value that is equal or closely
matches the design current (Ib).
Timed Short-circuit Protection Device
Set as a multiple of the overload adjustment. this device
offers a broad adjustment range of 2 to 12.
The setting of this device depends on several parameters
as the inrush characteristics of the protected devices.
a protection against the weakest Short-circuit current and in
some cases against fault currents to earth.
17 narrow and accurate time bands allow the
EntelliGuard™ Power Circuit Breaker to interrupt a fault within
the timing required by the standards. to offer selectivity
across multiple levels and allow the user to take inrush
currents into account.
Ground Fault Protection
It is possible to combine two devices in one. both designed to
detect Fault Currents to earth. They can be set as a multiple
of the value of the Current Sensors mounted in the breaker
and have a broad adjustment range of 0,2 to 1 (0,1 -1 with an
auxiliary power supply).
The first is a residual device that takes the sum of the current
in the three phases and neutral. If this is no longer equal to
zero it sends an alarm or trips the breaker.
The second allows the user to measure the return current
running between the Earth leg and neutral. On detecting a
fault to earth the device sends an alarm, or trips the breaker.
14 narrow and accurate time bands allow the
EntelliGuard™ G Power Circuit Breaker to interrupt a fault
within the timing required by the standards and offer
selectivity across multiple levels.
Instantaneous Short-circuit Protection
Set as a multiple of the primary overload adjustment Ie this
device offers a broad adjustment range of 2 to 15
(2-30 on request).
This device is normally used to limit the time that higher
Short-circuit currents can run in the protected circuit. Whilst
the timed Short-circuit protection device waits for a set time,
the instantaneous device immediately trips the breaker once
the set value is reached.
The device used in the EntelliGuard™ Power Circuit Breaker
maintains selectivity by only reacting to the 2nd half wave
of a Short-circuit current and uniquely allows the use of the
‘Zone Selective Interlock’ feature (see section B).
EntelliGuard™
Applications
Protection of Generator sets, Motors, Capacitor banks and
Transformers
Use of EntelliGuard™ Breakers in Automatic Power Transfer
Systems (ATS)
Remark
For an overview of the used abbreviations (as LTDB and STDB)
see page B.22.
Furthermore, the prevention of anomalies as the motor losing
a phase or a motor with blocked rotor need to be prevented
and require additional protection devices.
Next to the ‘standard’ protection devices the EntelliGuard™
Electronic Trip Unit has a thermal memory function, an
optional 3phase Undervoltage relay and current unbalance
device thus providing comprehensive motor protection.
Protection of Generator sets
The overload and Short-circuit devices used to protect a
generator need to react quicker and at lower current levels
than those used to protect other devices.
After establishing the capabilities of the generator set under
overload and Short-circuit conditions, the protection devices
need to be adjusted accordingly.
On a Power Circuit breaker use of the ‘faster’ overload
protection bands (LTDB set between Minimum and the C6
band) and a low setting of the timed Short-circuit protection
(2.5 x Ir) is recommended. The optional 3 phase Undervoltage
protection available in the GT-H trip unit can also be
considered.
Protection of Capacitor banks
Power Circuit breakers are designed to offer high making and
breaking capacities under adverse conditions: The switching
of capacitor banks has little to no effect on the breaker, its
characteristics as a protective device or on its lifespan.
However the current flowing in the circuit can trip a circuit
breaker and a capacitor load does display certain anomalies.
Here the current flowing in the circuit cannot be assumed to
be the calculated capacitor current only. The effective current
value is higher due to harmonic content (normally assumed
as 30%) and an allowance must be made for tolerances in the
capacitance of the units (10%). The protection devices of the
Power Circuit Breaker must be set accordingly.
Protection of Motors
On starting electrical Motors draw more current than when
running under normal conditions. These starting currents
differ strongly per type and should not cause tripping of the
device protecting the circuit.
Protection of LV/LV Transformers.
Transformers generally produce a very high inrush current.
The crest values of the first half cycle may reach values of
15 to 25 time the normal rated current.
Manufactures data and tests have indicated that a protection
device feeding a transformer must be capable of carrying the
following current values without tripping.
The IEC 60947-4 has defined four different ‘operational’ or
‘Trip’ classes:
Required tripping times at
Trip class
1.2 x In
1.5 x In
7.2 x In
10A
10
20
30
t < 2 hours
t < 2 hours
t < 2 hours
t < 2 hours
t < 2 min.
t < 4 min.
t < 8 min.
t < 12 min.
2 ≤ t < 10 sec.
4 ≤ t ≤ 10 sec.
6 ≤ t ≤ 20 sec.
9 ≤ t ≤ 30 sec.
This table is in some cases extended to include a ‘trip class 40’
(assumed to be a 15-40 second band at 7,2 x In).
On a Power Circuit breaker, use of the ‘slower’ protection
bands that closely match the indicated classes is
recommended (LTDB set between the C8 to the C22 band).
Switching on a Motor also produces a high but very short
inrush peak current which could activate the Short-circuit
protection of a breaker and cause unexpected tripping. Here
the timed Short-circuit device of a Power Circuit Breaker must
be set to at least 12 x Ir with a time delay of 50 Milliseconds
(STDB band 3). If an instantaneous protection device is present
and switched on, a setting of at least 12 x Ie is recommended.
After an overload event the Motor and wiring are still warm,
immediate re-energization of the electrical circuit could result
in damage of the electrical circuit and the motor.
The overload protection device must incorporate a thermal
memory device that prevents re-energization before a certain
cooling time has elapsed.
Protection - Applications
Introduction
The Electronic Trip Unit used in the EntelliGuard™ Power
circuit breaker offers many additional protection devices,
a full description of which can be found in section B. Here
a number of the possible applications of these devices is
described briefly.
Intro
A
B
C
imum crest inrush values
Transformer
value
1st period
2nd period
After 3 periods
< 50 kvA
≥ 50 kvA
25 x In
15 x In
12 x In
8 x In
5 x In
3,5 x In
D
It is recommended that the timed Short-circuit device of
a Power Circuit Breaker is set to at least 8 x Ir with a time
delay of 30 Milliseconds (STDB band 1). If an instantaneous
protection device is present, the use of the extended
adjustment range with setting of 20 x Ie is advisable (=15 x In
plus tolerances).
E
F
Automatic Transfer Systems
EntelliGuard™ Power Circuit breakers are available with
mechanical interlocks for 2 to 3 breakers and have a unique
electrical network interlocking system allowing the user to
completely lock out one of more breakers.
The logical transfer of power from one source to another
is thus strongly simplified whilst the high speed electrical
closing and opening of the device allows their use in
synchronization applications.
Here, numerous other EntelliGuard™ protection features can
be used, one of which being the Electronic Trip units
3 phase Undervoltage release. This to establish if voltage on
a certain power source is present and if a generator set has
reached its nominal voltage.
X
D.9
EntelliGuard™
Environmental Considerations
Application Guide
Ambient temperature
EntelliGuard™ Power Circuit Breakers are designed to
operate normally at temperatures of -5 degrees to +70°C.
They can be used at temperatures down to -20°C with a
reduced electrical and mechanical life span.
To prevent materials from reaching temperatures that have
an adverse effect on their electrical and/or mechanical
properties, de-rating factors must be applied when the device
is used in ambient temperatures higher than 50°C.
Intro
A
B
C
D
E
F
X
Storage temperature
Power Circuit Breakers can be stored at non operational
temperatures of -40 degrees up to +70°C.
Influence of Altitude
Up to an altitude of 2000m above sea level no de-rating of
breaker current or rated voltage is applicable. For altitudes
above 2000m the following de-rating factors apply:
Harmonics, current dips, interruptions and power
frequency variations
All EN 60947 Annex F, Sub-clause F4.1 through 3 requirements
covering non sinusoidal currents resulting from harmonics
are met. Testing covering the following elements:
- Wave forms consisting of a fundamental + 3rd harmonic
component at 50 and 60Hz
- Wave forms consisting of a fundamental + 5th harmonic
component at 50 and 60Hz
- Composite wave forms with a fundamental component +
a 3rd, 5th and 7th harmonic at 50 and 60Hz
- Current dips and current interruptions
- Frequency variations from 45 to 65Hz in 1 Hz steps
Altitude Correction factors
Alttitude
≤ 2000M
2500M
4000M
Voltage (Ue)
Current (In)
1
1
0,95
0,99
0,8
0,96
Other atmospheric conditions
The EntelliGuard™ breaker line has been designed to operate
at the temperatures and relative humidities defined in the EN
60947 clause 6.1.3.1.
They also meet the requirements of the following standards:
IEC 68-2-1
IEC 68-2-2
IEC 68-2-3
IEC 68-2-11
IEC 68-2-14
IEC 68-2-30
IEC 721
Cold
Dry Heat
Damp Heat
Salt
Change of Temperature
Damp Heat cyclic
Climatic
Shock and Vibration
Power Circuit Breakers meet the shock and vibration
requirements of the Lloyd’s Register of Shipping, the
Germanischer Lloyd and the American Board of shipping.
They also meet the requirements of the following standards:
IEC 68-2-6
IEC 68-2-27
IEC 68-2-29
IEC 68-2-31
Vibration
Shock test
Bump
Drop test
Other
All EntelliGuard™ devices meet the existing European ROHS
directive and carry the CE mark.
D.10
Electromagnetic compatibility
The EntelliGuard™ Power Circuit Breaker and its
electronic trip unit meet the most stringent requirements off
the EN60947-2 and IEC 1004 standard. The following tests
have been successfully completed.
Electrostatic discharge
En 60947 Annex F, Sub-clause F and the IEC 1004-2
- Passed level 4, air discharge 15kV
Radiated, radio frequency, electromagnetic field immunity
test
EN 60947-2 Annex F, Sub-clause F7 and the IEC 1000-4-3
(basic standard)
- Passed higher than level 4 …. Field strength 30V/m
Electrical fast transient/burst
EN 60947-2 Annex F, Sub-clause F5 and the IEC 1000-4-4
(basic standard)
- Passed level 4 burst peak voltage 4kV
Surge immunity test
EN 60947-2 Annex F, Sub-clause F5 and the IEC 1000-4-5
(basic standard)
- Passed level 4 Voltage 1,2μs/50μs 6kV;
current 8μs/20μs 3kA
Dry heat test
EN 60947-2 Annex F, Sub-clause F8
- Passed all test requirements
Thermal shock test
EN 60947-2 Annex F, Sub-clause F9
- No nuisance tripping within the 28-day temperature cycles
EntelliGuard™
The breaker
Intro
Order Codes
A
Electronic Trip Units
B
Breaker Accessories
C
Application Guide
D
Wiring Diagrams
E
Dimensions
F
Numerical index
X
Wiring Diagrams
E.2
Breaker connection schemes Terminal A
E.4
Breaker connection schemes Terminal B
E.6
Cassette & Trip Unit connection schemes
E.7
Trip Unit connection schemes
E.1
EntelliGuard™
Breaker Connection Schemes
Standard use of Terminal block A
One Terminal block A is supplied with each breaker
Wiring Diagrams
LP1
A1
A3
A5
A7
A9
A12
A14
A16
31
21
A18
11
A20
33
A22
23
A24
96
SPR
D1
C3
D1
C2
D2
C4
D2
ST1
UVR1
CC
UVR2
A2
A4
98
A6
A8
A10
A13
Intro
22
12
34
24
14
95
T
32
58
A34
BAT
C1
ML
M2
A33
13
57
M1
User’s
designated
circuits
LP4
A15
A17
A19
LP2
A21
A23
A25
A35
LP3
User’s
designated
circuits
A
B
Optional use of Terminal block A
C
Optional use of Terminal block A
Used with a Commmand Closing Coil (CCC)
Used with a 2nd Shunt Release
(Replacing 2nd UVR release)
Used with a RTC contact
(Replacing SPR contact)
D
E
User’s
designated
circuits
A10
User’s
designated
circuits
A11
User’s
designated
circuits
LP5
A12
A3
F
Additional "ON"
Pushbutton mounted
in breaker front facia.
C3
X
C1
C5
C4
C2
CCC
ST2
A9
58
A13
User’s
designated
circuits
E.2
57
RTC
A4
User’s
designated
circuits
User’s
designated
circuits
EntelliGuard™
Optional use of Terminal block A
User’s
designated
circuits
A5
66
A7
User designated circuits; indicators
LP1: Spring charge status
LP2: Breaker open
LP3: Breaker closed
LP4: Fault
LP5: Breaker ready to close
Terminology
CC: Close coil
ST: Shunt release
UVR: Undervoltage release
SPR: Spring change status
RTC: Ready to close status
M: Motor operator
BAT: Bell alarm trip
CCC: Comand close coil
NI: Network interlock
68
NI
65
A8
Breaker Connection Schemes
Used with a Network Interlock (NI) (Replacing 1 UVR and 1 ST)
Intro
User’s
designated
circuits
A
B
C
D
E
F
X
E.3
EntelliGuard™
Breaker Connection Schemes
Standard use of Terminal block B
Optional use of Terminal block
Wiring Diagrams
Terminal block B is supplied with factory mounted breakers, when needed.
Used with a Network Interlock (NI)
(Replacing 2 NO Aux. Contacts)
User’s
designated
circuits
B1
81
B6
71
B8
B10
61
51
B12
41
B17
B19
83
73
B21
63
B23
53
User’s
designated
circuits
LP10
B4
B25
B5
43
66
68
NI
82
72
B5
62
B7
52
B9
B11
42
B13
84
74
B18
64
B20
B22
Intro
54
44
B24
65
B26
B6
User’s
designated
circuits
User’s
designated
circuits
A
B
Optional use of Terminal block B
C
Used with Coil indication contacts (Replacing 2 NC and 1 NO Aux. contact)
Used with Coil Indication contact
(Replacing 1NO Aux. contact)
D
E
LP6
LP7
B4
F
X
B6
17
27
CC
UVR
18
B19
47
ST2
ST1
48
38
B7
B20
B18
User’s
designated
circuits
E.4
User’s
designated
circuits
LP9
B17
37
28
B5
User’s
designated
circuits
LP8
User’s
designated
circuits
EntelliGuard™
Optional use of Terminal block B
User’s
designated
circuits
LP9
B19
User designated circuits; indicators
LP6: CC powered
LP7: UVR not powered
LP8: ST powered
LP9: ST2 powered/UVR2 not powered
LP10: Network interlock lockout
47
Terminology
CC: Close coil
ST: Shunt release
UVR: Undervoltage release
SPR: Spring change status
NI: Network interlock
UVR2
48
Breaker Connection Schemes
Used with Coil Indication contact (Replacing 1 NO Aux. Contact)
B20
Intro
User’s
designated
circuits
A
B
C
D
E
F
X
E.5
EntelliGuard™
Cassette & Trip Unit Connection Schemes
Optional Cassette Position Indication Switches
Wiring Diagrams
User’s
designated
circuits
D11
D31
D41
D51
D61
51
61
62
52
54
31
32
12
CONNECTED
64
41
42
34
11
TEST
44
21
22
14
D14
Intro
D21
User designated circuits; indicators
LP11:
Breaker in disconnected position
LP12:
Breaker in test position
LP13:
Breaker in connected position
D12
DISCONNECTED
24
D24
D34
D22
D32
LP11
D44
D54
D42
D52
LP12
D64
D62
LP13
User’s
designated
circuits
A
B
Trip Unit - Type GT-E
C
D
A32
A31
A36
A37
E
F
24V+
24V-
N - RC
-
+24VVDC
X
N
E.6
N - RC
+
Terminology
24V+/24V-:
N-RC:
RXD:
TXD:
TX_EN_I:
5V ISO:
ISO GND:
ELCT:
RELAY O/P:
RELAY I/P:
V-A/V - B/V-C:
GND:
ZSI OUT:
ZSI IN:
Auxiliary power supply to trip unit
Neutral Rogowski coil
Modbus/Profibus communication
Modbus/Profibus communication
Profibus communication
Profibus communication
Profibus communication
Earth leg ct
Relay OUT PUT
Relay IN PUT
Signal input from voltage conditioner
Ground for voltage
Zone selective interlock OUT
Zone selective interlock IN
EntelliGuard™
Trip Unit Connection Schemes
A31
A32
A36
A37
B27
B28
B29
B30
24+
24-
N-RC
N-RC
ZSI
OUT+
ZSI
OUT-
ZSI
IN+
ZSI
IN-
-
Trip Unit Connection Schemes
Trip Unit - Type GT-S
+
+24VDC
+
-
ZSI
N
+
-
ZSI
COMMUNICATION
TX
RX
TX
Intro
RX
A
B35
B34
B
Trip Unit - Type GT-N
A31
A32
A36
C
A27
A37
A28
A29
B1
A30
B2
B3
B27
B28
B29
D
B30
E
(1)
24V-
24V+
N-RC
-
+24VVDC
N-RC
(1)
RELAY
+
O/P 1
RELAY
TU
O/P 2
97
98
07
RELAY
08
ZSI
OUT+
IP
I1
TU
I2
TU
ICOM
+
ZSI
OUT-
ZSI
ZSI
IN+
+
ZSI
INZSI
F
-
N
SIGNAL INPUT FROM
VOLTAGE CONDITIONER
V-C
U3
V-B
U2
B39
B38
V-A
U1
B37
X
COMMUNICATION
GND
UCOM
B36
TX
TX
B35
RX
RX
B34
(1) Relay output one and electronic input one are assigned to RELT function.
E.7
EntelliGuard™
Trip Unit Connection Schemes
Wiring DIagrams
Trip Unit - Type GT-H
A27
A28
A29
A30
A31
A32
A36
A37
RELAY
O/P 1
RELAY
O/P 2
24V+
24V-
N-RC
N-RC
A38
A39
(1)
-TU
ELCT
+
N
+24VVDC
TU
N
97
98
07
08
Intro
B1
B2
B3
B27
B28
B29
B30
ZSI
OUT+
ZSI
OUT-
ZSI
IN+
ZSI
IN-
A
(1)
B
I/P
RELAY
I2
I1
ICOM
+
TU
ZSI
-
+
ZSI
-
C
SIGNAL INPUT FROM
VOLTAGE CONDITIONER
D
V-C
U3
V-B
U2
V-A
U1
COMMUNICATION
TX
GND
UCOM
TX
RX
RX
TX_EN_I
EN
5V ISO
ISO GND
5V
E
E
B39
B38
B37
B36
B35
B34
Terminology
24V+/24V-:
N-RC:
RXD:
TXD:
TX_EN_I:
5V ISO:
ISO GND:
ELCT:
RELAY O/P:
RELAY I/P:
V-A/V - B/V-C:
GND:
ZSI OUT:
ZSI IN:
X
(1) Relay output one and electronic input one are assigned to RELT function.
E.8
B33
B32
B31
Auxiliary power supply to trip unit
Neutral Rogowski coil
Modbus/Profibus communication
Modbus/Profibus communication
Profibus communication
Profibus communication
Profibus communication
Earth leg CT
Relay OUT PUT
Relay IN PUT
Signal input from voltage conditioner
Ground for voltage
Zone selective interlock OUT
Zone selective interlock IN
EntelliGuard™
Dimensions
F.2
Envelope 1 - Fixed type
F.3
Envelope 1 - Draw-out type
F.4
Envelope 2 - Fixed type
F.5
Envelope 2 - Draw-out type
F.6
Envelope 2 - 100% rated Draw-out type
F.7
Envelope 1 & 2 - Optional Connection modes
F.8
Envelope 3 - Fixed type
F.10
Envelope 3 - Draw-out type
F.12
IP54 Flange, Time Delay Module UVR, 24V Power Supply
F.13
Rogowski’s, Current Transformers,
The breaker
Intro
Order Codes
A
Electronic Trip Units
B
Breaker Accessories
C
Application Guide
D
Wiring Diagrams
E
Dimensions
F
Numerical index
X
Door interlock system & wall mounting brackets
F.14
Interlocking with cable systems, 2 way
F.15
Interlocking with cable systems, 3 way
F.1
EntelliGuard™
Envelope 1 - Fixed Pattern
Front view 4pole
Front view 3pole
Centre Line
of operating
panel
423
323
Side view
Centre Line
of operating
panel
door
B
160
260
348
442
Centre Line
of operating
panel
38
213
213
Dimensions
Centre Line
of operating
panel
91
14
50
131.5
162
172
131.5
131.5
261
175
211
100 to door
131.5
162
161
172
443
127
355
343
Top view 4pole
Intro
61
100
100
Door Cut-out
100
12,5 66,5
A
308
150
of breaker
of fascia
Ø4
A
Left mounting
hole location
of breaker
viewed from front
Top view 3pole
61
D
100
B
367
392
C
141,5
283
100
A
Breaker type
Envelope 1 3 pole
Envelope 1 4 pole
100
E
A
12,5
C
30 74
door
183,5
219
100
B
Door hinge
DIM “A”
20,0
20,0
DIM “B” minimum
55,0
55,0
DIM “C”
0,0
-49,5
door
F
X
Standard Connection pads(1)
2000A
Types S, N & H
65
65
22 22
27,5
11
15,5
5
R6.
Remarks
Ø 12
17
17
107
35
400 - 1600A
Types N & H
17
123
25
F.2
18,75
50
29
13
20
400 - 1600A
Type S
A - 6 mounting holes of
Ø 9,5mm
B - Please refer to section D for clearance
distances
EntelliGuard™
Envelope 1 - Draw-out Pattern
Front view 4pole
Front view 3pole
173.5
194
443
Centre Line
of operating
panel
Centre Line
of operating
panel
194
D
124
172
387 to door
Centre Line
of operating
panel
235.5
Centre Line of
operating panel
172
Side view
343
443
53
131.5
131.5
131.5
Top view 4pole
368
Door Cut-out
55
31
Centre Line
of operating 233.5
panel
C
308
150
of cassette
Intro
of fascia
Ø4
267
247
12,5 66,5
Envelope 1
131.5
32 Test
52 Disconnected
422 Connected
350 Fully withdrawn
100
Left mounting
hole location of
cassette viewed
from front
Top view 3pole
268
Centre Line
of operating
panel
133.5
150
405
430
127,5
58
100
100
9,5
52,5
58
71.5
A
C
141,5
A
B
B
12,5
90
6 holes
Ø 9.6
300
Door hinge
C
283
55
31
C
DIM “A”
-7,0
-7,0
DIM “B” minimum
60,0
60,0
D
DIM “C”
0,0
-49,5
247
247
Breaker type
Envelope 1 3 pole
Envelope 1 4 pole
E
90
Remarks
58
71.5 100
58
100
Universal Connection pads
Mounted Horizontally or Vertically
Universal Connection pads
Details
S type
N & H type
2 holes
Ø 12
15
65
43
123
61
S, N & H type
11
123
107
61
65
25
11
43
S, N & H type
58
R6.5
S type - 12mm thick
F
X
15
30
17.5
84.5
123
111
4 holes
Ø 12
61
A - 6 mounting holes of
Ø 9,5mm
C - Please leave
unobstructed;
Required for ventilation
D - 1 hole M6 Left & Right
for earthing
31 17
A
8
58
N & H type - 20mm thick
F.3
EntelliGuard™
Envelope 2 - Fixed Pattern
Front view 4pole
Front view 3pole
410
540
319
door
B
Centre Line
of operating
panel
190
Centre Line
of operating
panel
Dimensions
38
213
213
Centre Line
of operating
panel
348
442
Centre Line
of operating
panel
Side view
91
14
50
131.5
222
234
131.5
191
131.5
222
234
131.5
321
175
211
100 to door
436
566
127
355
Top view 4pole
Door Cut-out
76
130
130
130
Intro
12,5 66,5
308
150
of breaker
of fascia
Ø4
A
A
76
D
130
130
A
Breaker type
Envelope 2 3 pole
Envelope 2 4 pole
door
E
C
141,5
283
A
B
DIM “A”
80,0
80,0
12,5
183,5
219
Left mounting
hole location
of breaker
viewed from front
Top view 3pole
30 74
B
C
367
392
Door hinge
door
DIM “B” minimum
115,0
115,0
DIM “C”
15,5
-49,5
F
Standard Connection pads
X
95
25 25 25
Ø 13
Remarks
17
20
10
107
123
A - 6 mounting holes of Ø 9,5mm
B - Please refer to section D for
clearance distances
35
F.4
EntelliGuard™
Envelope 2 - Draw-out Pattern
573
387 to door
443
Centre Line
of operating
panel
D
194
194
173.5
Centre
Line of
operating
panel
443
Centre
Line of
operating
panel
124
237
235.5
Centre Line of
operating panel
237
Side view
Front view 3pole
Front view 4pole
131.5
53
131.5
131.5
Top view 4pole
488
Door Cut-out
55
31
Centre Line of
operating
panel
293.5
C
267
247
12,5 66,5
308
150
Envelope 2
131.5
32 Test
52 Disconnected
422 Connected
350 Fully withdrawn
of cassette
of fascia
Ø4
Intro
90
Door hinge
Top view 3pole
Left mounting
hole location of
cassette viewed
from front
358
Centre Line of
operating
163.5
panel
55
31
A
A
127,5
130
C
141,5
B
B
12,5
130
150
405
430
58
130
9,5
52,5
58
91.5
300
A
283
C
267
247
C
DIM “A”
53,0
53,0
DIM “B” minimum
125,0
125,0
DIM “C”
15,5
-49,5
D
90
Breaker type
Envelope 2 3 pole
Envelope 2 4 pole
A
58
E
58
91.5
130
130
Universal Connection pads
Vertical or Horizontal max. 3200A
F
Universal Connection pads
Only Vertical max. 4000A
64
133
123
11
62
25 25 25
Remarks
29 21 21
10
84.5
13
107
14
123
X
61
95
100
25 25 25
4 holes Ø 13
4 holes
Ø 11
10
59
11
45
20
100
78
4 holes Ø 11
11
78
13
13
100
78
100
11
78
11
4 holes
Ø 13
A - 6 mounting holes of
Ø 9,5mm
C - Please leave
unobstructed;
Required for ventilation
D - 1 hole M6 Left & Right
for earthing
15
90
F.5
EntelliGuard™
Envelope 2 - 100% rated Draw-out Pattern
Front view 4pole
387 to door
443
Centre
Line of
operating
panel
Dimensions
194
194
Centre
Line of
operating
panel
131.5
53
131.5
131.5
131.5
32 Test
52 Disconnected
422
350 Fully withdrawn
Top view 4pole
488
55
31
Centre Line of
operating
panel
293.5
Door Cut-out
C
12,5 66,5
267
247
Intro
D
443
237
124
Centre Line of
operating panel
Centre Line
of operating
panel
174
236
573
237
Side view
Front view 3pole
308
150
of cassette
of fascia
Ø4
90
Door hinge
A
130
Top view 3pole
Left mounting
hole location of
cassette viewed
from front
358
Centre Line of
operating
163.5
panel
E
283
267
A
58
92
F
DIM “A”
53,0
53,0
DIM “B” minimum
125,0
125,0
DIM “C”
15,5
-49,5
58
130
130
Universal Connection pads
Vertical max. 4000A
32 21 21
10
X
Breaker type
Envelope 2 3 pole
Envelope 2 4 pole
90
D
B
C
141,5
C
247
55
31
C
A
12,5
B
130
127,5
58
130
9,5
52,5
58
92
150
405
430
300
A
11
Remarks
11
11
F.6
4 holes
Ø 13
84
A - 6 mounting holes of Ø 9,5mm
C - Please leave unobstructed;
Required for ventilation
D - 1 hole M6 Left & Right for
earthing
133
112
25 25 25
13
13
105
105
84
4 holes
Ø 11
100
12
58
EntelliGuard™
Envelope 1 & 2 - Alternate Connection Modes
Fixed Vertical Rear Connection
Envelope 1
Fixed Vertical Rear Connection
Envelope 2
MAX. 3200A
4000A
Details max. 3200A
100
20
Ø 13
12.5
25 25 25
95
34.5 31
15
100
25 25 25
12.5
100
157
70.5
91
15
Details max. 4000A
10
10
10
100
100
157
70.5
71
63
Ø 13
20
Envelope 1 and 2
157
130
Ø 13
13
130
50
Intro
Fixed Front Connection
Envelope 1 ≤1600A
Fixed Front Connection
Envelope 1 2000A
Draw-out Front Connection
Envelope 1 ≤1600A
A
10
10
B
65
65
30
.5
R6
25
20
17
R6.5
453
25
C
R6.5
D
76
110
96
68
13
13
17
25
65
30
30
565
453
10
10
10
13
E
Draw-out Front Connection
Envelope 1 2000A
Fixed Front Connection
Envelope 2
10
10
10
566
100
100
12.5
Ø 13
25 25 25
Ø 12
20
17
Ø 12
25 25 25
68.5
12.5
13
20
X
453
565
68
65
22 22
F
12.5
12.5
12.5
12.5
12.5
12.5
10.5
33
Draw-out Front Connection
Envelope 2
96
67.5
100.5
F.7
EntelliGuard™
Envelope 3 - Fixed Type
Front view 4pole
Front view 3pole
715
945
Centre Line
of operating panel
465
350
Centre Line
of operating
panel
213
Centre Line
of operating
panel
213
Dimensions
Centre Line of
operating panel
131.5
131.5
131.5
479
491
131.5
348
364
376
464
736
966
Intro
A
Top view 4pole
Top view 3pole
B
68.5
115
115
115
115
115
115
115
69
115
115
115
115
115
C
A
E
F
X
F.8
door
100
100
D
A
door
EntelliGuard™
Envelope 3 - Fixed Type
Side view
Door Cut-out
B
12,5 66,5
308
150
of breaker
of fascia
Ø4
91
14
Left mounting
hole location
of breaker
viewed from front
127
A
B
367
392
183,5
C
141,5
283
12,5
175
211
100 to door
30 74
50
Envelope 3
38
219
348
442
Door hinge
355
Breaker type
Envelope 3 3 pole
Envelope 3 4 pole
DIM “A”
222,5
337,5
DIM “B” minimum
259,5
374,5
DIM “C”
8,0
8,0
Intro
A
B
Standard Connection pads
Vertictal maximum 6400A
C
230
90
20
120
20
Standard Connection pads
Horizontal maximum 5000A
D
123
157
60.5
E
F
107
Ø 13
120
35
14
30 30
Ø 13
X
18
17
88
25 25 25
165
Remarks
A - 6 mounting holes of Ø 9,5mm
B - Please refer to section D for
clearance distances
F.9
EntelliGuard™
Envelope 3 - Draw-out Pattern
Front view 4pole
Front view 3pole
743
Centre Line
of operating
panel
973
Centre Line
of operating panel
479
364
Centre
Line of
operating
panel
194
194
Dimensions
Centre Line
of operating
panel
131.5
131.5
131.5
Top view 4pole
Intro
Top view 3pole
884
654
639.5
244.5
C
Centre Line
of operating
panel
319.5
C
129.5
C
58
D
E
F
X
F.10
141.5
58
230
230
230
267
120
A
247
267
A
120
B
247
55
31
55
A
524.5
434.5
31
Centre Line
of operating
panel
131.5
A
58
141.5
58
230
230
EntelliGuard™
Envelope 3 - Draw-out Pattern
Side view
Door Cut-out
419 to door
12,5 66,5
308
150
of cassette
of fascia
Ø4
D
150
405
430
300
443
Left mounting
hole location of
cassette viewed
from front
32 Test
52 Disconnected
454 Connected
A
127,5
C
141,5
12,5
9,5
52,5
235.5
85
Envelope 3
B
283
DIM “A”
193,5
308,5
DIM “B” minimum
267,0
382,0
350 Fully withdrawn
Intro
Breaker type
Envelope 3 3 pole
Envelope 3 4 pole
DIM “C”
8,0
8,0
A
B
Standard Connection pads
Horizontal maximum 5000A
Standard Connection pads
Vertictal maximum 6400A
C
90
51
18
68
Ø 13
18
12.5
102.5
25 25 25
25 25 25
70.5
68
D
E
157
169.5
100
20
55
20
104
173.5
124
Door hinge
F
X
Ø 13
Remarks
A - 6 mounting holes of Ø 9,5mm
C - Please leave unobstructed;
Required for ventilation
D - 1 hole M6 Left & Right for
earthing
F.11
EntelliGuard™
IP54 Flange, Time Delay Module UVR, 24V Power Supply
IP54 Flange
IP54 Flange drilling
Ø 5.3
4-Places
Intro
A
405
22.5
Dimensions
30
295.5
474
30
140
386
Time delay Module (UVR)
Mtg to suit
35mm DIN Rail
79.5
2 holes
Ø 4.5
5.15
42
90
35
D
Centre Line
of operating
panel
35.5
B
C
283
12
5.75
67
69.5
81
E
F
External 24V DC Power Supply
54321
115
X
6 7
29
F.12
76
EntelliGuard™
Rogowski’s, Current Transformers, Door Interlock system and Mounting Brackets
Rogowski Coil external
Current Transformer external
Arrow to face
ACB connection
Ø1D (min)
HT (max)
Ø0D (min)
58
Rating
400A
630A
2000A
3200A
4000A
5000A
6400A
1D
94
85
87
84
81
85
85
0D
144
135
151
154
154
198
210
Accessories
Fix coil to clamp
with cable ties (position
coil centrally on clamp)
HT
24
30
31
34
57
58
65
110
Remark: for ratings > 4000A two coils are used
Intro
Door Interlock system
A
183.5
283
B
Centre of
operating
panel
A
20
405
B
198
4 holes
Ø 6.4
Frame
F1-3P
F1-4P
F2-3P
F2-4P
F3-3P
F3-4P
A
33.5
33.5
98.5
98.5
240.5
355.5
B
32.5
132.5
67.5
197.5
225.5
340.5
C
D
E
Front mounting brackets (fixed pattern, drawings include front connection option)
Envelope 1
Envelope 2
A
F
E
Centre Line of
operating panel
Centre Line of
operating panel
B
F
Centre Line
of operating
panel
Centre Line
of operating
panel
4 holes
Ø 12.2
131.5
159.5
172.5
131.5
C
D
3 pole
320
159,5
158,5
344
410
189,5
190
437
4 pole
420
259,5
258,5
444
540
319,5
320
567
X
17 102
4 holes
Ø 12.2
A
B
C
D
E
F
G
H
131.5
221
234
131.5
G
H
F.13
EntelliGuard™
Interlocking with Cable systems; 2 way
Fixed pattern 2-way cable interlock / Fixed pattern - Front/rear access
2000 max.
50
Intro
A
35
140 min.
Dimensions
55
900 max. vertical base to base
Envelope 1-3P=320
Envelope 1-4P=420
Envelope 2-3P=410
Envelope 2-4P=540
Envelope 3-3P=715
Envelope 3-4P=945
50
Min. bend radius 120
30
30
Min. bend radius 120
B
C
Draw-out 2-way cable interlock / Withdrawable pattern - Front/rear access
2000 max.
Envelope 1-3P=343
Envelope 1-4P=443
Envelope 2-3P=443
Envelope 2-4P=573
Envelope 3-3P=743
Envelope 3-4P=973
E
60
900 max. vertical base to base
D
F
40
Min. bend radius 120
F.14
34
34
X
Min.
clearance
below
cassette
140 min.
Min.
clearance
below
cassette
30
Min. bend radius 120
30
EntelliGuard™
Interlocking with Cable systems; 3 way
Fixed pattern 3-way cable interlock / Fixed pattern - Front/rear access
1250 max.
Accessories
900 max. vertical base to base
55
140 min.
Envelope 1-3P=320
Envelope 1-4P=420
Envelope 2-3P=410
Envelope 2-4P=540
Envelope 3-3P=715
Envelope 3-4P=945
Min. bend radius 120
Intro
A
B
Draw-out 3-way cable interlock / Withdrawable pattern - Front/rear access
65
1250 max.
Envelope 1-3P=343
Envelope 1-4P=443
Envelope 2-3P=443
Envelope 2-4P=573
Envelope 3-3P=743
Envelope 3-4P=973
C
D
65
E
F
X
Min. bend radius 120
140 min. clearence
below cassette
55
55
30
F.15
EntelliGuard™
Ref. No.
Cat. No.
Page
Ref. No.
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
407134
407135
407136
407137
407138
407139
407150
407151
407152
407153
407154
407155
407156
407157
407158
407159
407160
407161
407162
407163
407164
407165
407166
407167
407168
407169
407190
407191
407192
407193
407194
407195
407196
407197
407198
407199
407200
407201
407202
407203
407204
407205
407206
407207
407208
407209
407230
407231
407232
407233
407234
407235
407236
407237
407238
407239
407240
407241
407242
407244
407245
407248
407249
407250
407251
407252
407253
407254
407255
407260
407261
407262
407263
407264
407265
407266
407267
407268
407269
407270
407271
407273
407278
407279
407280
407281
407282
407283
407284
407285
407286
407287
407288
407289
407290
Numerical index
407000
Intro
A
B
C
D
E
F
X
X.1
407001
407002
407003
407004
407005
407006
407007
407008
407009
407010
407011
407012
407013
407014
407015
407016
407017
407018
407019
407020
407030
407031
407032
407033
407034
407035
407036
407037
407038
407039
407040
407041
407042
407043
407044
407045
407046
407047
407048
407049
407060
407061
407062
407063
407064
407065
407066
407067
407068
407069
407070
407071
407072
407073
407074
407075
407076
407077
407078
407079
407090
407091
407092
407093
407094
407095
407096
407097
407098
407099
407100
407101
407102
407103
407104
407105
407106
407107
407108
407109
407120
407121
407122
407123
407124
407125
407126
407127
407128
407129
407130
407131
407132
407133
GG04E1
GG04E3
GG04E4
GG04E6
GG04H1
GG04H3
GG04H4
GG04H6
GG04M1
GG04M3
GG04M4
GG04M6
GG04N1
GG04N3
GG04N4
GG04N6
GG04S1
GG04S3
GG04S4
GG04S6
GG07E1
GG07E3
GG07E4
GG07E6
GG07H1
GG07H3
GG07H4
GG07H6
GG07M1
GG07M3
GG07M4
GG07M6
GG07N1
GG07N3
GG07N4
GG07N6
GG07S1
GG07S3
GG07S4
GG07S6
GG08E1
GG08E3
GG08E4
GG08E6
GG08H1
GG08H3
GG08H4
GG08H6
GG08M1
GG08M3
GG08M4
GG08M6
GG08N1
GG08N3
GG08N4
GG08N6
GG08S1
GG08S3
GG08S4
GG08S6
GG10E1
GG10E3
GG10E
GG10E6
GG10H1
GG10H3
GG10H4
GG10H6
GG10M1
GG10M3
GG10M4
GG10M6
GG10N1
GG10N3
GG10N4
GG10N6
GG10S1
GG10S3
GG10S4
GG10S6
GG13E1
GG13E3
GG13E4
GG13E6
GG13H1
GG13H3
GG13H4
GG13H6
GG13M1
GG13M3
GG13M4
GG13M6
GG13N1
GG13N3
By reference number
Cat. No.
GG13N4
GG13N6
GG13S1
GG13S3
GG13S4
GG13S6
GG16E1
GG16E3
GG16E4
GG16E6
GG16H1
GG16H3
GG16H4
GG16H6
GG16M1
GG16M3
GG16M4
GG16M6
GG16N1
GG16N3
GG16N4
GG16N6
GG16S1
GG16S3
GG16S4
GG16S6
GG20E1
GG20E3
GG20E4
GG20E6
GG20H1
GG20H3
GG20H4
GG20H6
GG20M1
GG20M3
GG20M4
GG20M6
GG20N1
GG20N3
GG20N4
GG20N6
GG20S1
GG20S3
GG20S4
GG20S6
GG25H1
GG25H3
GG25H4
GG25H6
GG25M1
GG25M3
GG25M4
GG25M6
GG25N1
GG25N3
GG25N4
GG25N6
GG32H1
GG32H4
GG32H6
GG32L1
GG32L3
GG32G1
GG32G3
GG32G4
GG32G6
GG32L4
GG32L6
GG32M1
GGM3M3
GG32M4
GG32M6
GG32N1
GG32N3
GG32N4
GG32N6
GG40G1
GG40G3
GG40G4
GG40G6
GG32H3
GG40H1
GG40H3
GG40H4
GG40H6
GG40L1
GG40L3
GG40L4
GG40L6
GG40M1
GG40M3
GG40M4
GG40M6
GG40N1
Page
Ref. No.
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.4
A.4
A.8
A.8
A.8
A.8
A.4
A.4
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
407291
407292
407293
407300
407301
407302
407303
407304
407305
407306
407307
407320
407321
407322
407323
407324
407325
407326
407327
407346
407347
407348
407349
407350
407351
407352
407353
407354
407355
407356
407357
407374
407375
407376
407377
407378
407379
407380
407381
407394
407395
407396
407397
407398
407399
407400
407401
407414
407415
407416
407417
407418
407419
407420
407421
407434
407435
407436
407437
407438
407439
407440
407441
407454
407455
407456
407457
407458
407459
407460
407461
407474
407475
407476
407477
407478
407479
407480
407481
407494
407495
407496
407497
407498
407499
407500
407501
407518
407519
407520
407521
407533
407534
407535
407536
Cat. No.
GG40N3
GG40N4
GG40N6
GG50L1
GG50L3
GG50L4
GG50L6
GG50M1
GG50M3
GG50M4
GG50M6
GG64L1
GG64L3
GG64L4
GG64L6
GG64M1
GG64M3
GG64M4
GG64M6
GH32H1
GH32H3
GH32M1
GH32M3
GH32N1
GH32N3
GH40H1
GH40H3
GH40M1
GH40M3
GH40N1
GH40N3
GW04N1
GW04N3
GW04N4
GW04N6
GJ04S1
GJ04S3
GJ04S4
GJ04S6
GW07N1
GW07N3
GW07N4
GW07N6
GJ07S1
GJ07S3
GJ07S4
GJ07S6
GW08N1
GW08N3
GW08N4
GW08N6
GJ08S1
GJ08S3
GJ08S4
GJ08S6
GW10N1
GW10N3
GW10N4
GW10N6
GJ10S1
GJ10S3
GJ10S4
GJ10S6
GW13N1
GW13N3
GW13N4
GW13N6
GJ13S1
GJ13S3
GJ13S4
GJ13S6
GW16N1
GW16N3
GW16N4
GW16N6
GJ16S1
GJ16S3
GJ16S4
GJ16S6
GW20N1
GW20N3
GW20N4
GW20N6
GJ20S1
GJ20S3
GJ20S4
GJ20S6
GJ25N1
GJ25N3
GJ25N4
GJ25N6
GJ32L1
GJ32L3
GJ32L4
GJ32L6
Page
Ref. No.
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.9
A.9
A.9
A.9
A.9
A.9
A.9
A.9
A.9
A.9
A.9
A.9
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
407537
407538
407539
407540
407554
407555
407556
407557
407558
407559
407560
407561
407565
407566
407567
407568
407575
407576
407577
407578
407589
407590
407591
407592
407593
407594
407595
407596
407606
407607
407610
407612
407613
407615
407616
407617
407618
407619
407620
407622
407623
407625
407626
407627
407628
407629
407630
407632
407633
407635
407636
407637
407640
407642
407643
407645
407650
407652
407654
407656
407658
407666
407668
407670
407679
407680
407686
407688
407700
407701
407702
407703
407704
407705
407706
407707
407708
407709
407710
407711
407712
407713
407714
407715
407716
407717
407718
407719
407725
407726
407727
407728
407729
407730
407731
Cat. No.
GJ32N1
GJ32N3
GJ32N4
GJ32N6
GJ40L1
GJ40L3
GJ40L4
GJ40L6
GJ40N1
GJ40N3
GJ40N4
GJ40N6
GJ50L1
GJ50L3
GJ50L4
GJ50L6
GJ64L1
GJ64L3
GJ64L4
GJ64L6
GZ32H1
GZ32H3
GK32N1
GK32N3
GZ40H1
GZ40H3
GK40N1
GK40N3
G20H2SSL
G20H5SSL
GG16H2FR
GG16H2UR
GG16H5FR
GG16H5UR
GG16S2UM
GG16S2UR
GG16S5UM
GG16S5UR
GG20H2FR
GG20H2UR
GG20H5FR
GG20H5UR
GG16S2FM
GG16S2FR
GG16S5FM
GG16S5FR
GG20M2FR
GG20M2UR
GG20M5FR
GG20M5UR
G40M2SSL
G40M5SSL
GG25M2FR
GG25M2UR
GG25M5FR
GG25M5UR
GG32M2FR
GG32M2UR
GG32M5FR
GG32M5UR
GG40M2FR
GG40M2UR
GG40M5FR
GG40M5UR
G64L2SSL
G64L5SSL
GG64L2UR
GG64L5UR
GM01024D
GM01024DR
GM01048D
GM01048DR
GM01060D
GM01060DR
GM01110D
GM01110DR
GM01250D
GM01250DR
GM01048A
GM01048AR
GM01120A
GM01120AR
GM01240A
GM01240AR
GM01400A
GM01400AR
GM01440A
GM01440AR
GM02024D
GM02024DR
GM02048D
GM02048DR
GM02060D
GM02060DR
GM02110D
Page
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.28
A.28
A.25
A.25
A.25
A.25
A.11
A.25
A.11
A.25
A.25
A.25
A.25
A.25
A.11
A.25
A.11
A.25
A.25
A.25
A.25
A.25
A.28
A.28
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.25
A.28
A.28
A.25
A.25
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
EntelliGuard™
Ref. No.
Cat. No.
GM02110DR
GM02250D
GM02250DR
GM02048A
GM02048AR
GM02120A
GM02120AR
GM02240A
GM02240AR
GM02400A
GM02400AR
GM02440A
GM02440AR
GNTK120
GNTK240
GSTR024D
GSTR024DR
GSTR048
GSTR048R
GSTR060D
GSTR060DR
GSTR120
GSTR120R
GSTR240
GSTR240R
GSTR277
GSTR277R
GSTR400A
GSTR400AR
GSTR440A
GSTR440AR
GUVT024D
GUVT024DR
GUVT048
GUVT048R
GUVT060D
GUVT060DR
GUVT120
GUVT120R
GUVT240
GUVT240R
GUVT277
GUVT277R
GUVT400A
GUVT400AR
GUVT440A
GUVT440AR
GTDM048A
GTDM060D
GTDM120A
GTDM120D
GTDM240A
GTDM240D
GTDM277A
GTDM250D
GTDM400A
GTDM440A
GCCC024DR
GCCC024D
GCCC048R
GCCC048
GCCC060DR
GCCC060D
GCCC120R
GCCC120
GCCC240R
GCCC240
GCCC277
GCCC277R
GCCC400AR
GCCC400A
GCCC440A
GCCC440AR
GCCN024DR
GCCN024D
GCCN048R
GCCN048
GCCN060DR
GCCN060D
GCCN120R
GCCN120
GCCN240R
GCCN240
GCCN277
GCCN277R
GCCN400AR
GCCN400A
GCCN440A
GCCN440AR
GAS3R
GAS5R
GAS6R
GAS8R
GAS5
GAS6
Page
Ref. No.
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.17
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.17
A.20
A.20
A.17
A.17
A.20
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.17
A.20
A.20
A.17
A.17
A.20
A.20
A.20
A.20
A.20
A.17
A.17
407888
407889
407891
407894
407895
407896
407897
407899
407900
407901
407902
407903
407904
407905
407906
407907
407915
407916
407922
407923
407924
407925
407930
407931
407932
407933
407934
407935
407936
407937
407967
407968
407970
407971
407974
407976
407978
407979
407980
407981
407984
407985
407986
407987
407990
407991
407992
407993
407994
407995
407996
407999
408000
408000
408001
408002
408003
408004
408005
408006
408025
408026
408028
408030
408033
408035
408036
408038
408039
408040
408041
408042
408043
408045
408046
408047
408049
408052
408054
408057
408058
408059
408060
408061
408062
408063
408066
408067
408068
408069
408070
408071
408072
408073
408074
Page
Ref. No.
GAS8
GBAT1R
GBAT1
GRTC3
GCSP1
GCSP2
GRTC1
GRTC2
GI2FAD
GI2WAD
GI3FB
GI3WB
GI3FC
GI3WC
GI3FDT
GI3WDT
GCSP1R
GCSP2R
GCPS1
GCPS2
GCPS1R
GCPS2R
G16H4ED
G16H6ED
G20H4ED
G20H6ED
G40M4ED
G40M6ED
G64M4ED
G64M6ED
GBCASR
GBRONR
GBCAS
GBRON
GCRONR
GCRON
GBPRO
GBPROR
GCPRO
GCPROR
GRONCS
GRON
GCAS
GPRO
GCB1
GCB2
GCB3
GCB4
GCB5
GCB6
GCB7
GTUTK20
Cat. No.
A.17
A.20
A.17
A.17
A.17
A.17
A.17
A.17
A.18
A.18
A.18
A.18
A.18
A.18
A.18
A.18
A.20
A.20
A.17
A.17
A.20
A.20
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.21
A.21
A.18
A.18
A.21
A.18
A.18
A.21
A.18
A.21
A.28
A.21
A.21
A.21
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
G04HNRC
G07HNRC
G08HNRC
G10HNRC
G13HNRC
G16HNRC
G20HNCT
GDPRF
GDPRW
GFA4
GSFDTR2
GMCNR
GMCN
GCNTW
G54DR
GLHD
GPBD
GREPM
GRHD
GRHN
GLB1
GTUS
GUNI
GLB3
GSFDTR1
GSDWTR
GJP
G16H4RVI
G20H4RVIn
G16H4FFI
G20H4FFI
G16H6FFI
G20H6FFI
G32M4FFI
G40M4FFI
G32M6FFI
G40M6FFI
G32M4RVI
G32M6RVI
G40M4RVI
G64L4RVI
G40M6RVI
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.23
A.23
A.28
A.28
A.21
A.18
A.23
A.23
A.23
A.23
A.23
A.23
A.28
A.23
A.22
A.28
A.23
A.28
A.28
A.23
A.6
A.6
A.6
A.6
A.6
A.6
A.6
A.6
A.6
A.6
A.6
A.6
A.6
A.6
A.6
408075
408082
408083
408085
408097
408098
408100
408102
408103
408104
408106
408109
408117
408120
408131
408144
408145
408148
408162
408169
408172
408186
408187
408188
408189
408193
408200
408202
408203
408205
408210
408212
408213
408215
408222
408224
408225
408227
408234
408236
408237
408239
408245
408247
408249
408251
408254
408255
408257
408259
408261
408263
408267
408268
408281
408283
408292
408293
408294
408295
408300
408301
408302
408303
408304
408305
408322
408331
408332
408333
408334
408350
408351
408352
408353
408354
408355
408356
408357
408358
408359
408360
408361
408362
408363
408364
408365
408366
408367
408368
408369
408400
408401
408402
408403
Cat. No.
G64L6RVI
G16H6RVI
G20H6RVIn
GFMTG
G13HCLS
G20HARC
G16HCLS
G20HCHT
G20HCLS
G20NARC
G20MCLS
G25MCLS
G32MCLS
G40MCLS
G40MCHT
G64LCHT
G50LCLS
G64LCLS
G25MNRC
G40MARC
G40NARC
G32LNRC
G40LNRC
G50LNRC
G64LNRC
G64LARC
GG16H2FM
GG16H2UM
GG16H5FM
GG16H5UM
GG20H2FM
GG20H2UM
GG20H5FM
GG20H5UM
GG20M2FM
GG20M2UM
GG20M5FM
GG20M5UM
GG25M2FM
GG25M2UM
GG25M5FM
GG25M5UM
GG32M2FM
GG32M2UM
GG32M5FM
GG32M5UM
GH32M2VR
GH32M5VR
GG40M2FM
GG40M2UM
GG40M5FM
GG40M5UM
GH40M2VR
GH40M5VR
GG64L2UM
GG64L5UM
GH32M2VM
GH32M5VM
GH40M2VM
GH40M5VM
G04HNCT
G07HNCT
G08HNCT
G10HNCT
G13HNCT
G16HNCT
G25MNCT
G32LNCT
G40LNCT
G50LNCT
G64LNCT
GW04M4
GW04M6
GW07M4
GW07M6
GW08M4
GW08M6
GW10M4
GW10M6
GW13M4
GW13M6
GW16M4
GW16M6
GW20M4
GW20M6
GW25M4
GW25M6
GW32M4
GW32M6
GW40M4
GW40M6
GW04M1
GW04M3
GW07M1
GW07M3
Page
Ref. No.
Cat. No.
Page
A.6
A.6
A.6
A.6
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.28
A.24
A.28
A.28
A.24
A.24
A.24
A.24
A.28
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.11
A.25
A.25
A.11
A.11
A.11
A.11
A.25
A.25
A.11
A.11
A.11
A.11
A.11
A.11
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.5
A.10
A.10
A.10
A.10
408404
408405
408406
408407
408408
408409
408410
408411
408412
408413
408414
408415
408416
408417
408418
408419
408789
408790
408791
408792
408793
408796
408798
408800
408801
408802
408803
408805
408806
408807
408808
408809
408811
408813
408815
408816
408817
408818
408819
408821
408823
408825
408826
408827
408828
408829
408830
408831
408832
408833
408834
408835
408836
408837
408838
408839
408840
408841
408842
408843
408844
408845
408846
408847
408848
408849
408850
408851
408852
408853
408854
408855
408856
408860
408863
408865
GW08M1
GW08M3
GW10M1
GW10M3
GW13M1
GW13M3
GW16M1
GW16M3
GW20M1
GW20M3
GW25M1
GW25M3
GW32M1
GW32M3
GW40M1
GW40M3
GAPU
GMPU1
GMPU2
GMPU3
GMPU4
G3G00KA-SR
GTG00K1-SR
GTG00K1-SF
GTG00K2-SF
GTG00K2-SR
GTG00K9-SF
GTG00K3-SF
GTG00K4-SF
GTG00K3-2SF
GTG00K4-2SF
GTG00K4-2SR
GTG00K9-SR
GTG00K9-4SF
GTG00K3-4SF
GTG00K4-4SF
GTG00K3T6SF
GTG00K4T6SF
GTG00K4T6SR
GTG00K9-4SR
GTG00N9-5SF
GTG00N5-5SF
GTG00N6-5SF
GTG00N7-5SF
GTG00N8-5SF
GTG00N5T5SF
GTG00N6T5SF
GTG00N7T5SF
GTG00N8T5SF
GTG00N5-8SF
GTG00N6-8SF
GTG00N7-8SF
GTG00N8-8SF
GTG00N5T8SF
GTG00N6T8SF
GTG00N7T8SF
GTG00N8T8SF
GTG00N5-9SF
GTG00N6-9SF
GTG00N7-9SF
GTG00N8-9SF
GTG00N5T9SF
GTG00N6T9SF
GTG00N7T9SF
GTG00N8T9SF
GTG00N5T8SR
GTG00N6T8SR
GTG00N7T8SR
GTG00N8T8SR
GTG00N5T9SR
GTG00N6T9SR
GTG00N7T9SR
GTG00N8T9SR
GTPUNI
GTG00N9-8SF
GTG00N9-9SF
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.10
A.22
A.22
A.22
A.22
A.22
A.27
A.26
A.12
A.12
A.26
A.12
A.12
A.12
A.12
A.12
A.26
A.26
A.13
A.13
A.13
A.13
A.13
A.26
A.26
A.14
A.14
A.16
A.15
A.16
A.14
A.16
A.15
A.16
A.14
A.16
A.15
A.16
A.14
A.16
A.15
A.16
A.14
A.16
A.15
A.16
A.14
A.16
A.15
A.16
A.27
A.27
A.27
A.27
A.27
A.27
A.27
A.27
A.12
A.14
A.14
By reference number
407732
407733
407734
407735
407736
407737
407738
407739
407740
407741
407742
407743
407744
407753
407754
407770
407771
407772
407773
407774
407775
407776
407777
407778
407779
407780
407781
407782
407783
407784
407785
407795
407796
407797
407798
407799
407800
407801
407802
407803
407804
407805
407806
407807
407808
407809
407810
407816
407817
407818
407819
407820
407821
407822
407823
407824
407825
407835
407836
407837
407838
407839
407840
407841
407842
407843
407844
407849
407850
407851
407852
407853
407854
407860
407861
407862
407863
407864
407865
407866
407867
407868
407869
407870
407871
407876
407877
407878
407879
407880
407881
407882
407883
407886
407887
Intro
A
B
C
D
E
F
X
X.2
EntelliGuard™
Numerical index
Cat. No.
Intro
A
B
C
D
E
F
X
X.3
G…
G04HNCT
G04HNRC
G07HNCT
G07HNRC
G08HNCT
G08HNRC
G10HNCT
G10HNRC
G13HCLS
G13HNCT
G13HNRC
G16H4ED
G16H4FFI
G16H4RVI
G16H6ED
G16H6FFI
G16H6RVI
G16HCLS
G16HNCT
G16HNRC
G20H2SSL
G20H4ED
G20H4FFI
G20H4RVIn
G20H5SSL
G20H6ED
G20H6FFI
G20H6RVIn
G20HARC
G20HCHT
G20HCLS
G20HNCT
G20HNRC
G20MCLS
G20NARC
G25MCLS
G25MNCT
G25MNRC
G32LNCT
G32LNRC
G32M4FFI
G32M4RVI
G32M6FFI
G32M6RVI
G32MCLS
G3G00KA-SR
G40LNCT
G40LNRC
G40M2SSL
G40M4ED
G40M4FFI
G40M4RVI
G40M5SSL
G40M6ED
G40M6FFI
G40M6RVI
G40MARC
G40MCHT
G40MCLS
G40NARC
G50LCLS
G50LNCT
G50LNRC
G54DR
G64L2SSL
G64L4RVI
G64L5SSL
G64L6RVI
G64LARC
G64LCHT
G64LCLS
G64LNCT
G64LNRC
G64M4ED
G64M6ED
GA…
GAPU
GAS3R
GAS5
GAS5R
GAS6
GAS6R
GAS8
GAS8R
GB...
GBAT1
GBAT1R
GBCAS
GBCASR
GBPRO
GBPROR
GBRON
GBRONR
GC...
GCAS
Ref. No.
Page
408300
408000
408301
408001
408302
408002
408303
408003
408097
408304
408004
407930
408060
408058
407931
408062
408082
408100
408305
408005
407606
407932
408061
408059
407607
407933
408063
408083
408098
408102
408103
408006
408006
408106
408104
408109
408322
408162
408331
408186
408066
408070
408068
408071
408117
408796
408332
408187
407636
407934
408067
408072
407637
407935
408069
408074
408169
408131
408120
408172
408145
408333
408188
408038
407679
408073
407680
408075
408193
408144
408148
408334
408189
407936
407937
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.24
A.28
A.24
A.24
A.22
A.6
A.6
A.22
A.6
A.6
A.28
A.24
A.24
A.28
A.22
A.6
A.6
A.28
A.22
A.6
A.6
A.28
A.28
A.28
A.24
A.24
A.28
A.28
A.28
A.24
A.24
A.24
A.24
A.6
A.6
A.6
A.6
A.28
A.27
A.24
A.24
A.28
A.22
A.6
A.6
A.28
A.22
A.6
A.6
A.28
A.28
A.28
A.28
A.28
A.24
A.24
A.23
A.28
A.6
A.28
A.6
A.28
A.28
A.28
A.24
A.24
A.22
A.22
408789
407880
407886
407881
407887
407882
407888
407883
A.22
A.20
A.17
A.20
A.17
A.20
A.17
A.20
407891
407889
407970
407967
407978
407979
407971
407968
A.17
A.20
A.18
A.21
A.18
A.21
A.18
A.21
407986
A.21
By catalogue number
Cat. No.
GCB1
GCB2
GCB3
GCB4
GCB5
GCB6
GCB7
GCCC024D
GCCC024DR
GCCC048
GCCC048R
GCCC060D
GCCC060DR
GCCC120
GCCC120R
GCCC240
GCCC240R
GCCC277
GCCC277R
GCCC400A
GCCC400AR
GCCC440A
GCCC440AR
GCCN024D
GCCN024DR
GCCN048
GCCN048R
GCCN060D
GCCN060DR
GCCN120
GCCN120R
GCCN240
GCCN240R
GCCN277
GCCN277R
GCCN400A
GCCN400AR
GCCN440A
GCCN440AR
GCNTW
GCPRO
GCPROR
GCPS1
GCPS1R
GCPS2
GCPS2R
GCRON
GCRONR
GCSP1
GCSP1R
GCSP2
GCSP2R
GD...
GDPRF
GDPRW
GF...
GFA4
GFMTG
GG...
GG04E1
GG04E3
GG04E4
GG04E6
GG04H1
GG04H3
GG04H4
GG04H6
GG04M1
GG04M3
GG04M4
GG04M6
GG04N1
GG04N3
GG04N4
GG04N6
GG04S1
GG04S3
GG04S4
GG04S6
GG07E1
GG07E3
GG07E4
GG07E6
GG07H1
GG07H3
GG07H4
GG07H6
GG07M1
GG07M3
GG07M4
GG07M6
GG07N1
GG07N3
GG07N4
GG07N6
GG07S1
Ref. No.
Page
407990
407991
407992
407993
407994
407995
407996
407836
407835
407838
407837
407840
407839
407842
407841
407844
407843
407849
407850
407852
407851
407853
407854
407861
407860
407863
407862
407865
407864
407867
407866
407869
407868
407870
407871
407877
407876
407878
407879
408036
407980
407981
407922
407924
407923
407925
407976
407974
407895
407915
407896
407916
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.23
A.18
A.21
A.17
A.20
A.17
A.20
A.18
A.21
A.17
A.20
A.17
A.20
408025
408026
A.23
A.23
408028
408085
A.28
A.6
407001
407002
407003
407004
407005
407006
407007
407008
407009
407010
407011
407012
407013
407014
407015
407016
407017
407018
407019
407020
407030
407031
407032
407033
407034
407035
407036
407037
407038
407039
407040
407041
407042
407043
407044
407045
407046
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
Cat. No.
GG07S3
GG07S4
GG07S6
GG08E1
GG08E3
GG08E4
GG08E6
GG08H1
GG08H3
GG08H4
GG08H6
GG08M1
GG08M3
GG08M4
GG08M6
GG08N1
GG08N3
GG08N4
GG08N6
GG08S1
GG08S3
GG08S4
GG08S6
GG10E
GG10E1
GG10E3
GG10E6
GG10H1
GG10H3
GG10H4
GG10H6
GG10M1
GG10M3
GG10M4
GG10M6
GG10N1
GG10N3
GG10N4
GG10N6
GG10S1
GG10S3
GG10S4
GG10S6
GG13E1
GG13E3
GG13E4
GG13E6
GG13H1
GG13H3
GG13H4
GG13H6
GG13M1
GG13M3
GG13M4
GG13M6
GG13N1
GG13N3
GG13N4
GG13N6
GG13S1
GG13S3
GG13S4
GG13S6
GG16E1
GG16E3
GG16E4
GG16E6
GG16H1
GG16H2FM
GG16H2FR
GG16H2UM
GG16H2UR
GG16H3
GG16H4
GG16H5FM
GG16H5FR
GG16H5UM
GG16H5UR
GG16H6
GG16M1
GG16M3
GG16M4
GG16M6
GG16N1
GG16N3
GG16N4
GG16N6
GG16S1
GG16S2FM
GG16S2FR
GG16S2UM
GG16S2UR
GG16S3
GG16S4
GG16S5FM
GG16S5FR
Ref. No.
407047
407048
407049
407060
407061
407062
407063
407064
407065
407066
407067
407068
407069
407070
407071
407072
407073
407074
407075
407076
407077
407078
407079
407092
407090
407091
407093
407094
407095
407096
407097
407098
407099
407100
407101
407102
407103
407104
407105
407106
407107
407108
407109
407120
407121
407122
407123
407124
407125
407126
407127
407128
407129
407130
407131
407132
407133
407134
407135
407136
407137
407138
407139
407150
407151
407152
407153
407154
408200
407610
408202
407612
407155
407156
408203
407613
408205
407615
407157
407158
407159
407160
407161
407162
407163
407164
407165
407166
407626
407627
407616
407617
407167
407168
407628
407629
Page
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.4
A.8
A.8
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.11
A.25
A.11
A.25
A.8
A.4
A.11
A.25
A.11
A.25
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.11
A.25
A.11
A.25
A.8
A.4
A.11
A.25
Cat. No.
GG16S5UM
GG16S5UR
GG16S6
GG20E1
GG20E3
GG20E4
GG20E6
GG20H1
GG20H2FM
GG20H2FR
GG20H2UM
GG20H2UR
GG20H3
GG20H4
GG20H5FM
GG20H5FR
GG20H5UM
GG20H5UR
GG20H6
GG20M1
GG20M2FM
GG20M2FR
GG20M2UM
GG20M2UR
GG20M3
GG20M4
GG20M5FM
GG20M5FR
GG20M5UM
GG20M5UR
GG20M6
GG20N1
GG20N3
GG20N4
GG20N6
GG20S1
GG20S3
GG20S4
GG20S6
GG25H1
GG25H3
GG25H4
GG25H6
GG25M1
GG25M2FM
GG25M2FR
GG25M2UM
GG25M2UR
GG25M3
GG25M4
GG25M5FM
GG25M5FR
GG25M5UM
GG25M5UR
GG25M6
GG25N1
GG25N3
GG25N4
GG25N6
GG32G1
GG32G3
GG32G4
GG32G6
GG32H1
GG32H3
GG32H4
GG32H6
GG32L1
GG32L3
GG32L4
GG32L6
GG32M1
GG32M2FM
GG32M2FR
GG32M2UM
GG32M2UR
GG32M4
GG32M5FM
GG32M5FR
GG32M5UM
GG32M5UR
GG32M6
GG32N1
GG32N3
GG32N4
GG32N6
GG40G1
GG40G3
GG40G4
GG40G6
GG40H1
GG40H3
GG40H4
GG40H6
GG40L1
GG40L3
Ref. No.
407618
407619
407169
407190
407191
407192
407193
407194
408210
407620
408212
407622
407195
407196
408213
407623
408215
407625
407197
407198
408222
407630
408224
407632
407199
407200
408225
407633
408227
407635
407201
407202
407203
407204
407205
407206
407207
407208
407209
407230
407231
407232
407233
407234
408234
407640
408236
407642
407235
407236
408237
407643
408239
407645
407237
407238
407239
407240
407241
407250
407251
407252
407253
407242
407273
407244
407245
407248
407249
407254
407255
407260
408245
407650
408247
407652
407262
408249
407654
408251
407656
407263
407264
407265
407266
407267
407268
407269
407270
407271
407278
407279
407280
407281
407282
407283
Page
A.11
A.25
A.4
A.8
A.8
A.4
A.4
A.8
A.11
A.25
A.11
A.25
A.8
A.4
A.11
A.25
A.11
A.25
A.4
A.8
A.11
A.25
A.11
A.25
A.8
A.4
A.11
A.25
A.11
A.25
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.11
A.25
A.11
A.25
A.8
A.4
A.11
A.25
A.11
A.25
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.11
A.25
A.11
A.25
A.4
A.11
A.25
A.11
A.25
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
EntelliGuard™
Cat. No.
Ref. No.
Page
407284
407285
407286
408257
407658
408259
407666
407287
407288
408261
407668
408263
407670
407289
407290
407291
407292
407293
407300
407301
407302
407303
407304
407305
407306
407307
407320
408281
407686
407321
407322
408283
407688
407323
407324
407325
407326
407327
407261
A.4
A.4
A.8
A.11
A.25
A.11
A.25
A.8
A.4
A.11
A.25
A.11
A.25
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.8
A.4
A.4
A.8
A.11
A.25
A.8
A.4
A.11
A.25
A.4
A.8
A.8
A.4
A.4
A.8
407346
407347
407348
408292
408254
407349
408293
408255
407350
407351
407352
407353
407354
408294
408267
407355
408295
408268
407356
407357
A.9
A.9
A.9
A.11
A.25
A.9
A.11
A.25
A.9
A.9
A.9
A.9
A.9
A.11
A.25
A.9
A.11
A.25
A.9
A.9
407900
407901
407902
407904
407906
407903
407905
407907
A.18
A.18
A.18
A.18
A.18
A.18
A.18
A.18
407378
407379
407380
407381
407398
407399
407400
407401
407418
407419
407420
407421
407438
407439
407440
407441
407458
407459
407460
407461
407478
407479
407480
407481
407498
407499
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
Cat. No.
GJ20S4
GJ20S6
GJ25N1
GJ25N3
GJ25N4
GJ25N6
GJ32L1
GJ32L3
GJ32L4
GJ32L6
GJ32N1
GJ32N3
GJ32N4
GJ32N6
GJ40L1
GJ40L3
GJ40L4
GJ40L6
GJ40N1
GJ40N3
GJ40N4
GJ40N6
GJ50L1
GJ50L3
GJ50L4
GJ50L6
GJ64L1
GJ64L3
GJ64L4
GJ64L6
GJP
GK...
GK32N1
GK32N3
GK40N1
GK40N3
GL...
GLB1
GLB3
GLHD
GM...
GM01024D
GM01024DR
GM01048A
GM01048AR
GM01048D
GM01048DR
GM01060D
GM01060DR
GM01110D
GM01110DR
GM01120A
GM01120AR
GM01240A
GM01240AR
GM01250D
GM01250DR
GM01400A
GM01400AR
GM01440A
GM01440AR
GM02024D
GM02024DR
GM02048A
GM02048AR
GM02048D
GM02048DR
GM02060D
GM02060DR
GM02110D
GM02110DR
GM02120A
GM02120AR
GM02240A
GM02240AR
GM02250D
GM02250DR
GM02400A
GM02400AR
GM02440A
GM02440AR
GMCN
GMCNR
GMPU1
GMPU2
GMPU3
GMPU4
GN...
GNTK120
GNTK240
GP...
GPBD
GPRO
GR...
GREPM
GRHD
Page
Cat. No.
407500
407501
407518
407519
407520
407521
407533
407534
407535
407536
407537
407538
407539
407540
407554
407555
407556
407557
407558
407559
407560
407561
407565
407566
407567
407568
407575
407576
407577
407578
408057
Ref. No.
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.23
407591
407592
407595
407596
A.10
A.10
A.10
A.10
408045
408049
408039
A.23
A.23
A.23
407700
407701
407710
407711
407702
407703
407704
407705
407706
407707
407712
407713
407714
407715
407708
407709
407716
407717
407718
407719
407725
407726
407735
407736
407727
407728
407729
407730
407731
407732
407737
407738
407739
407740
407733
407734
407741
407742
407743
407744
408035
408033
408790
408791
408792
408793
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.18
A.21
A.22
A.22
A.22
A.22
407753
407754
A.17
A.17
408040
407987
A.23
A.21
408041
408042
A.23
A.23
GRHN
GRON
GRONCS
GRTC1
GRTC2
GRTC3
GS...
GSDWTR
GSFDTR1
GSFDTR2
GSTR024D
GSTR024DR
GSTR048
GSTR048R
GSTR060D
GSTR060DR
GSTR120
GSTR120R
GSTR240
GSTR240R
GSTR277
GSTR277R
GSTR400A
GSTR400AR
GSTR440A
GSTR440AR
GT...
GTDM048A
GTDM060D
GTDM120A
GTDM120D
GTDM240A
GTDM240D
GTDM250D
GTDM277A
GTDM400A
GTDM440A
GTG00K1-SF
GTG00K2-SF
GTG00K1-SR
GTG00K9-SR
GTG00K9-4SR
GTG00K2-SR
GTG00K3-2SF
GTG00K3-4SF
GTG00K3-SF
GTG00K3T6SF
GTG00K4-2SF
GTG00K4-2SR
GTG00K4-4SF
GTG00K4-SF
GTG00K4T6SF
GTG00K4T6SR
GTG00K9-4SF
GTG00K9-SF
GTG00N5-5SF
GTG00N5-8SF
GTG00N5-9SF
GTG00N5T5SF
GTG00N5T8SF
GTG00N5T8SR
GTG00N5T9SF
GTG00N5T9SR
GTG00N6-5SF
GTG00N6-8SF
GTG00N6-9SF
GTG00N6T5SF
GTG00N6T8SF
GTG00N6T8SR
GTG00N6T9SF
GTG00N6T9SR
GTG00N7-5SF
GTG00N7-8SF
GTG00N7-9SF
GTG00N7T5SF
GTG00N7T8SF
GTG00N7T8SR
GTG00N7T9SF
GTG00N7T9SR
GTG00N8-5SF
GTG00N8-8SF
GTG00N8-9SF
GTG00N8T5SF
GTG00N8T8SF
GTG00N8T8SR
GTG00N8T9SF
GTG00N8T9SR
GTG00N9-5SF
GTG00N9-8SF
GTG00N9-9SF
GTPUNI
GTUS
GTUTK20
GU...
GUNI
GUVT024D
Ref. No.
Page
408043
407985
407984
407897
407899
407894
A.28
A.21
A.28
A.17
A.17
A.17
408054
408052
408030
407770
407771
407772
407773
407774
407775
407776
407777
407778
407779
407780
407781
407782
407783
407784
407785
A.28
A.28
A.28
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
407816
407817
407818
407819
407820
407821
407823
407822
407824
407825
408800
408801
408798
408811
408821
408802
408807
408815
408805
408817
408808
408809
408816
408806
408818
408819
408813
408803
408825
408833
408841
408829
408837
408849
408845
408853
408826
408834
408842
408830
408838
408850
408846
408854
408827
408835
408843
408831
408839
408851
408847
408855
408828
408836
408844
408832
408840
408852
408848
408856
408823
408863
408865
408860
408046
407999
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.22
A.12
A.12
A.26
A.26
A.26
A.26
A.12
A.13
A.12
A.13
A.12
A.26
A.13
A.12
A.13
A.26
A.13
A.12
A.14
A.14
A.14
A.14
A.14
A.27
A.14
A.27
A.16
A.16
A.16
A.16
A.16
A.27
A.16
A.27
A.15
A.15
A.15
A.15
A.15
A.27
A.15
A.27
A.16
A.16
A.16
A.16
A.16
A.27
A.16
A.27
A.14
A.14
A.14
A.12
A.22
A.22
408047
407795
A.28
A.17
Cat. No.
GUVT024DR
GUVT048
GUVT048R
GUVT060D
GUVT060DR
GUVT120
GUVT120R
GUVT240
GUVT240R
GUVT277
GUVT277R
GUVT400A
GUVT400AR
GUVT440A
GUVT440AR
GW...
GW04M1
GW04M3
GW04M4
GW04M6
GW04N1
GW04N3
GW04N4
GW04N6
GW07M1
GW07M3
GW07M4
GW07M6
GW07N1
GW07N3
GW07N4
GW07N6
GW08M1
GW08M3
GW08M4
GW08M6
GW08N1
GW08N3
GW08N4
GW08N6
GW10M1
GW10M3
GW10M4
GW10M6
GW10N1
GW10N3
GW10N4
GW10N6
GW13M1
GW13M3
GW13M4
GW13M6
GW13N1
GW13N3
GW13N4
GW13N6
GW16M1
GW16M3
GW16M4
GW16M6
GW16N1
GW16N3
GW16N4
GW16N6
GW20M1
GW20M3
GW20M4
GW20M6
GW20N1
GW20N3
GW20N4
GW20N6
GW25M1
GW25M3
GW25M4
GW25M6
GW32M1
GW32M3
GW32M4
GW32M6
GW40M1
GW40M3
GW40M4
GW40M6
GZ...
GZ32H1
GZ32H3
GZ40H1
GZ40H3
Ref. No.
Page
407796
407797
407798
407799
407800
407801
407802
407803
407804
407805
407806
407807
407808
407809
407810
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
A.17
A.20
408400
408401
408350
408351
407374
407375
407376
407377
408402
408403
408352
408353
407394
407395
407396
407397
408404
408405
408354
408355
407414
407415
407416
407417
408406
408407
408356
408357
407434
407435
407436
407437
408408
408409
408358
408359
407454
407455
407456
407457
408410
408411
408360
408361
407474
407475
407476
407477
408412
408413
408362
408363
407494
407495
407496
407497
408414
408415
408364
408365
408416
408417
408366
408367
408418
408419
408368
408369
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
A.10
A.10
A.5
A.5
407589
407590
407593
407594
A.10
A.10
A.10
A.10
By catalogue number
GG40L4
GG40L6
GG40M1
GG40M2FM
GG40M2FR
GG40M2UM
GG40M2UR
GG40M3
GG40M4
GG40M5FM
GG40M5FR
GG40M5UM
GG40M5UR
GG40M6
GG40N1
GG40N3
GG40N4
GG40N6
GG50L1
GG50L3
GG50L4
GG50L6
GG50M1
GG50M3
GG50M4
GG50M6
GG64L1
GG64L2UM
GG64L2UR
GG64L3
GG64L4
GG64L5UM
GG64L5UR
GG64L6
GG64M1
GG64M3
GG64M4
GG64M6
GGM3M3
GH...
GH32H1
GH32H3
GH32M1
GH32M2VM
GH32M2VR
GH32M3
GH32M5VM
GH32M5VR
GH32N1
GH32N3
GH40H1
GH40H3
GH40M1
GH40M2VM
GH40M2VR
GH40M3
GH40M5VM
GH40M5VR
GH40N1
GH40N3
GI...
GI2FAD
GI2WAD
GI3FB
GI3FC
GI3FDT
GI3WB
GI3WC
GI3WDT
GJ...
GJ04S1
GJ04S3
GJ04S4
GJ04S6
GJ07S1
GJ07S3
GJ07S4
GJ07S6
GJ08S1
GJ08S3
GJ08S4
GJ08S6
GJ10S1
GJ10S3
GJ10S4
GJ10S6
GJ13S1
GJ13S3
GJ13S4
GJ13S6
GJ16S1
GJ16S3
GJ16S4
GJ16S6
GJ20S1
GJ20S3
Intro
A
B
C
D
E
F
X
X.4
Numerical index
EntelliGuard™
Intro
A
B
C
D
E
F
X
The policy of GE Energy is one of
continuous improvement.
The right is reserved to alter the
design or any structural details of
the products at any time without
giving notice.
September 2011
GE Industrial Solutions
X.5
102003
GE Industrial Solutions
GE Energy
Industrial Solutions
Industrial Solutions (formerly Power Protection),
a division of GE Energy, is a first class European
supplier of low and medium voltage products
including wiring devices, residential and
industrial electrical distribution components,
automation products, enclosures and switchboards.
Demand for the company’s products comes from
wholesalers, installers, panelboard builders,
contractors, OEMs and utilities worldwide.
@
EntelliGuard™ - Power Circuit Breaker
www.ge.com/uk/industrialsolutions
www.ge.com/ex/industrialsolutions
Ed. 02
GE Energy Industrial Solutions Ltd
Houghton Centre
Salthouse Road
Blackmills
Northampton
NN4 7EX
United Kingdom
Customer Service UK
Tel. 0800 587 1239
Fax 0800 587 1251
e-mail: order.consind@ge.com
General Electric International, Inc
1101, City Tower 2, Sheikh Zayed Road
P.O. Box 11549, Dubai
United Arab Emirates
Tel. +9714 313 1202
GE Energy
Industrial Solutions
New
™
EntelliGuard
Power Circuit Breaker
Uncompromising, Fast & Selective
Customer Service MEA
Tel. +361 447 6046
Fax +361 447 5060
e-mail: mea.export .consind@ge.com
GE imagination at work
GE imagination at work
680867
Ref. I/3288/G/G 3.0 Ed. 09/11
© Copyright GE Industrial Solutions 2011
Ed. 02